FormFutura Pellets

Bulk PETG is an ultra transparent, premium grade PETG granulate, specifically optimized for large format additive manufacturing (LFAM). This material delivers cost efficient and high volume production capabilities, ensuring consistent quality, durability, and reliability at scale. Bulk PETG provides superior impact resistance, delivering the optimal balance of toughness, thermal stability, and mechanical strength.

Its food contact compliance makes it highly versatile for applications where both safety and performance are essential. With consistent processing behavior, Bulk PETG supports a wide range of LFAM applications, making it user friendly and highly reliable. Printed parts can easily be drilled, sawed, screwed, or adhesive bonded, offering maximum flexibility for post-processing and integration. Choose Bulk PETG for scalable, and cost effective 3D printing that combines clarity, strength, and reliability in one advanced material.

Important key features

• Food contact compliant.
• Extremely transparent PETG.
  
• HDT of 79 °C.
• Easy to post process.
• Bisphenol A free and styrene free.
  
  

Suitable applications

• Signage.
• Lighting applications.
• 3D printing furniture.
• Advertising displays.
• Electronic insulators.

Processing

Drying: 6-8hrs at 60-65 °C (<40ppm)
Zone 1: 210°C ±20 °C
Max temp: 240 °C

Zone 2: 220°C ±20 °C
Die temp: 240°C ±20 °C

Zone 3: 230°C ±20 °C

Storage and handling

Bulk PETG is considered an inert and stable material under normal storage conditions and does not pose significant hazards. To maintain its quality, transparency, and mechanical performance, proper storage practices are essential.

For best results:

• Store in a tightly sealed container to protect against moisture absorption.
• Keep in a dry, cool, and well-ventilated environment.
• Avoid direct exposure to sunlight or intense artificial light to preserve material integrity.

Material properties

MFR (230°C, 2.16kg)
Specific Gravity (23°C)

Mechanical properties

Tensile strength at yield (23°C, 50mm/min)
Tensile strength at break (23°C, 50mm/min)
Flexural strength
Elongation at yield (23°C, 50mm/min)
Elongation at break (23°C, 50mm/min)

Thermal properties

Vicat Softening Temperature
Melting Point

Typical value

1.8 g/10min
1,28 g/cm3

51,2 MPa
29 MPa
66.8 MPa
6%
168%

79 °C
200 °C

Test Method

ASTM D 1238
ASTM D792

ASTM D638
ASTM D638
ASTM D790
ASTM D638
ASTM D638

ASTM D648

Product export information

Have a larger order? Reach out to our team!

Looking for a Safety or Technical Data Sheet? Reach out to our team, and we'll get right back to you!

ReForm rPETG Frosted + UV is a high-performance, translucent white recycled PETG granulate, developed for Large-Format Additive Manufacturing (LFAM). Its frosted surface provides excellent light diffusion, making it an ideal material for lighting, signage, and design applications where smooth, uniform illumination is essential.

Printed parts distribute light evenly, reducing visible light sources and eliminating harsh hotspots. The result is a soft, homogeneous glow that enhances both functional and aesthetic designs.

UV-Resistant Material for Long-Term (Outdoor) Use

Due to its UV-resistant formulation, ReForm rPETG Frosted + UV is suitable for both indoor and outdoor applications. The material maintains its appearance and mechanical performance over time when exposed to sunlight, making it a reliable choice for long-lasting installations.

Thanks to its UV resistance, durability, and light-diffusing properties, this material is ideal for a wide range of applications, including:

• Lighting components and illuminated panels;
• Signage and wayfinding systems;
• Architectural and interior design elements;
• Office furniture and functional design objects;
• Exhibition stands and display systems.

Excellent Processability & Post-Processing

ReForm rPETG Frosted + UV offers outstanding mechanical performance and ease of use in LFAM systems. Printed parts can be easily drilled, sawn, screwed, or adhesive bonded, allowing seamless integration into complex assemblies and finished products.

Key features of ReForm rPETG Frosted + UV

• Uniform Light Diffusion – Its translucent “Frosted” white finish delivers an excellent light diffusion with soft and even illumination.
• UV-resistant Formulation – Suitable for long-term outdoor exposure.
• High Impact Strength & Crack Resistance – Durable and reliable for large-format 3D printing.
• Good Chemical Resistance – Resistant to cleaning agents and various chemicals, helping maintain surface quality.
• European-Made Quality Compound – Manufactured in Europe using high-grade recycled PETG, ensuring consistent quality, reliability, and traceability throughout the production process.

Specifications

Material properties

MVR 260°C, 2.16kg)
Density

Mechanical properties

Tensile modulus
Flexural strength
Elongation at yield
Elongation at break
Charpy impact strength (23°C unnotched)
Charpy impact strength (23°C notched)

Thermal properties

HDT A
HDT B
Vicat softening temperature

Typical value

11-13 cm3/10min
1,27g/cm3

2220 MPa
70.6 MPa
5%
37%
No break
Ca. 7,4 KJ/m2

64°C
71°C
82 °C

Test Method

ISO 1133
ISO 1183-1

ISO 527
ISO 178
ISO 527
ISO 527
ISO 179
ISO 179

ISO 75
ISO 75
ISO 306

Processing ReForm rPETG Frosted + UV

Drying: 6-10hrs at 65 °C (<400ppm / 0,04%) *

Do not exceed a drying temperature of 65 °C, as higher temperatures may cause pellet softening and caking within the drying hopper.

Zone 1: 210°C ±20°C
Max temp: 240°C

Zone 2: 220°C ±20 °C
Die temp: 240°C ±20 °C

Zone 3: 230°C ±20 °C

Storage and handling of ReForm rPETG Frosted + UV

ReForm rPETG Frosted + UV is an inert and safe material under standard storage conditions, presenting no significant hazards. To ensure maximum quality, stability, and long-term performance, proper storage practices are recommended.

For best results:

• Store in a tightly sealed container to protect against moisture absorption.
• Keep in a dry, cool, and well-ventilated environment.
• Avoid direct exposure to sunlight or intense artificial light to preserve material integrity.

By following these guidelines, ReForm rPETG Frosted + UV will maintain its reliability and print performance over time.

Product export information

Looking for a Safety or Technical Data Sheet? Reach out to our team, and we'll get right back to you!

ReForm rPETG Frosted is a high-performance, translucent white recycled PETG granulate, engineered for Large-Format Additive Manufacturing (LFAM) applications. Its distinctive frosted finish provides excellent light diffusion. This makes it an ideal choice for lighting and visual applications where smooth, even illumination is essential.

Printed parts disperse light uniformly by minimizing visible light sources and eliminating harsh hot spots. The result is a soft, homogeneous glow that enhances both functional and aesthetic designs.

Ideal for Light-Diffusing Applications

Thanks to its balanced combination of durability, translucency, and visual consistency, ReForm rPETG Frosted is well suited for a wide range of applications, including:

• Lighting components and illuminated panels;
• Signage and wayfinding systems;
• Architectural and interior design elements;
• Office furniture and functional design objects;
• Exhibition stands and display systems.

Excellent Processability & Post-Processing

ReForm rPETG Frosted is designed for reliable performance in LFAM systems and offers strong mechanical properties and smooth printability. Finished parts can be easily drilled, sawn, screwed, or bonded with adhesives, allowing seamless integration into complex assemblies and final products.

Key features of ReForm rPETG Frosted

• Uniform Light Diffusion – Translucent frosted white appearance ensures soft, even illumination.
• High Impact Strength & Crack Resistance – Delivers durability and reliability for large-format 3D printed parts.
• Easy Post-Processing – Compatible with common mechanical and adhesive finishing techniques.
• Good Chemical Resistance - Good resistance to cleaning agents, various chemicals, and environmental factors, extending the printed part’s lifetime and maintaining surface quality.
• European-Made Quality Compound – Manufactured in Europe using high-grade recycled PETG, ensuring consistent quality, reliability, and traceability throughout the production process.

Specifications

Material properties

MVR 260°C, 2.16kg)
Density

Mechanical properties

Tensile modulus
Flexural strength
Elongation at yield
Elongation at break
Charpy impact strength (23°C unnotched)
Charpy impact strength (23°C notched)

Thermal properties

HDT A
HDT B
Vicat softening temperature

Typical value

11-13 cm3/10min
1,27g/cm3

2220 MPa
70.6 MPa
5%
37%
No break
Ca. 7,4 KJ/m2

64°C
71°C
82 °C

Test Method

ISO 1133
ISO 1183-1

ISO 527
ISO 178
ISO 527
ISO 527
ISO 179
ISO 179

ISO 75
ISO 75
ISO 306

Processing ReForm rPETG Frosted

Drying: 6-10hrs at 65 °C (<400ppm / 0,04%) *

Do not exceed a drying temperature of 65 °C, as higher temperatures may cause pellet softening and caking within the drying hopper.

Zone 1: 210°C ±20°C
Max temp: 240°C

Zone 2: 220°C ±20 °C
Die temp: 240°C ±20 °C

Zone 3: 230°C ±20 °C

Storage and handling of ReForm rPETG Frosted

ReForm rPETG Frosted is an inert and safe material under standard storage conditions, presenting no significant hazards. To ensure maximum quality, stability, and long-term performance, proper storage practices are recommended.

For best results:

• Store in a tightly sealed container to protect against moisture absorption.
• Keep in a dry, cool, and well-ventilated environment.
• Avoid direct exposure to sunlight or intense artificial light to preserve material integrity.

By following these guidelines, ReForm rPETG Frosted will maintain its reliability and print performance over time.

Product export information

Looking for a Safety or Technical Data Sheet? Reach out to our team, and we'll get right back to you!

ReForm rPETG GB10 + UV, developed by FormFutura, is a high-performance compound engineered specifically for Large Format Additive Manufacturing (LFAM) applications. This advanced material combines the mechanical strength of reinforced PETG with the exceptionally smooth surface finish of virgin PETG, making it ideal for both functional and aesthetic large-scale prints.

By incorporating ultra-smooth glass beads, this compound delivers a significantly enhanced surface quality, resulting in perfectly smooth prints that don’t need post-processing anymore. This makes ReForm rPETG GB10 + UV a premium material perfectly suited for furniture production, retail displays, and visual merchandising props, where both appearance and performance are critical.

UV-Resistant Material for Long-Term Use

Due to its UV-resistant formulation, ReForm rPETG GB10 + UV is suitable for both indoor and outdoor applications. The material maintains its appearance and mechanical performance over time when exposed to sunlight, making it a reliable choice for long-lasting installations. Thanks to its combination of UV resistance, durability, and dimensional stability properties, this material is ideal for a wide range of applications, including:

• ​Large format furniture components;
• Retail displays, window props, and visual merchandising props;
• Architectural elements and visual prototypes;
• Office furniture and functional design objects;
• Indoor and outdoor functional parts.

Excellent Processability & Post-Processing

ReForm rPETG GB10 + UV offers outstanding mechanical performance and ease of use in LFAM systems. Printed parts can be easily drilled, sawn, screwed, or adhesive bonded, allowing seamless integration into complex assemblies and finished products.

Glass Bead Technology vs. Glass Fiber Reinforcement

Unlike traditional glass fiber reinforced materials, which often result in a rougher and more abrasive surface finish, ReForm rPETG GB10 + UV offers a unique advantage:

• Comparable mechanical strength and dimensional stability to glass fiber reinforced polymers;

• Ultrasmooth surface finish, eliminating the need for extensive post-processing.

Thanks to its advanced glass bead technology, ReForm rPETG GB10 + UV achieves an unmatched surface quality. In fact, it delivers one of the smoothest surface finishes achievable in LFAM materials, making it the preferred choice for applications where aesthetics and surface quality are just as important as strength.

Key Features of ReForm rPETG GB10 + UV

• Strong with Ultra-Smooth Surface Finish – Glass bead reinforcement provides an optimal balance between mechanical strength and a refined, high-quality smooth surface appearance.
  
• UV-Resistant Formulation – Designed for long-term outdoor use, maintaining both performance and aesthetics under UV exposure.
  
• High Impact Strength & Crack Resistance – Ensures durability and reliability in demanding LFAM and industrial environments.
  
• Good Chemical Resistance – Resistant to common cleaning agents and chemicals, preserving surface integrity over time.
  
• European-Made Quality Compound – Manufactured in Europe using high-grade recycled PETG, ensuring consistent quality, reliability, and traceability throughout the production process.
  

Why Choose ReForm rPETG GB10 + UV?

ReForm rPETG GB10 + UV by FormFutura stands out due to its innovative formulation:

• Exceptional Printability – Minimal warping, excellent layer adhesion and dimensional stability.
• Ultra-Smooth Surface Finish – For end use parts straight of the printer without post processing.
• Recycled & manufactured in the EU – Sustainable performance without compromising quality

Excellent Processability & Post-Processing

ReForm rPETG GB10 + UV offers outstanding mechanical performance and ease of use in LFAM systems. Printed parts can be easily drilled, sawn, screwed, or adhesive bonded, allowing seamless integration into complex assemblies and finished products.

Specifications

Material properties

MFI (275°C, 2.16kg)
Density (23°C)
Granule moisture

Mechanical properties

Tensile strength (5mm/min)
Tensile E-modulus
Elongation at break
Charpy impact strength (23°C notched)

Thermal properties

HDT A
HDT B

Flammability properties

Flammability (3mm)

Typical value

60 g/10min
1,34 g/cm3
<0,20%

50 MPa
2530 MPa
10%
5 KJ/m2

66°C
74°C

HB

Test Method

ISO 1133-1
ISO 1183-1

ISO 527
ISO 527
ISO 527
ISO 179

ISO 75
ISO 75

UL94 equivelant

Storage and handling of ReForm rPETG GB10 + UV

ReForm rPETG GB10 + UV is an inert and safe material under standard storage conditions, presenting no significant hazards. To ensure maximum quality, stability, and long-term performance, proper storage practices are recommended.

For best results:

• Store in a tightly sealed container to protect against moisture absorption.
• Keep in a dry, cool, and well-ventilated environment.
• Avoid direct exposure to sunlight or intense artificial light to preserve material integrity.

By following these guidelines, ReForm rPETG GB + UV will maintain its reliability and print performance over time.

Processing ReForm rPETG GB10 + UV

Drying: 6-10hrs at 60-65 °C (<400ppm / 0,04%) *

Do not exceed a drying temperature of 65 °C, as higher temperatures may cause pellet softening and caking within the drying hopper.

Zone 1: 210°C ±20°C
Max temp: 240°C

Zone 2: 220°C ±20 °C
Die temp: 240°C ±20 °C

Zone 3: 230°C ±20 °C

Product export information

Looking for a Safety or Technical Data Sheet? Reach out to our team, and we'll get right back to you!

ReForm rPETG GB10, developed by FormFutura, is a high-performance compound engineered specifically for Large Format Additive Manufacturing (LFAM) applications. This advanced material combines the mechanical strength of reinforced PETG with the exceptionally smooth surface finish of virgin PETG, making it ideal for both functional and aesthetic large-scale prints.

By incorporating ultra-smooth glass beads, this compound delivers a significantly enhanced surface quality, resulting in perfectly smooth prints that don’t need post-processing anymore. This makes ReForm rPETG GB10 a premium material perfectly suited for furniture production, retail displays, and visual merchandising props, where both appearance and performance are critical.

Excellent Processability & Post-Processing

ReForm rPETG GB10 offers outstanding mechanical performance and ease of use in LFAM systems. Printed parts can be easily drilled, sawn, screwed, or adhesive bonded, allowing seamless integration into complex assemblies and finished products.

Glass Bead Technology vs. Glass Fiber Reinforcement

Unlike traditional glass fiber reinforced materials, which often result in a rougher and more abrasive surface finish, ReForm rPETG GB10 offers a unique advantage:

• Comparable mechanical strength and dimensional stability to glass fiber reinforced polymers;

• Ultrasmooth surface finish, eliminating the need for extensive post-processing.

Thanks to its advanced glass bead technology, ReForm rPETG GB10 achieves an unmatched surface quality. In fact, it delivers one of the smoothest surface finishes achievable in LFAM materials, making it the preferred choice for applications where aesthetics and surface quality are just as important as strength.

Key Features of ReForm rPETG GB10

• Strong with Ultra-Smooth Surface Finish – Glass bead reinforcement provides an optimal balance between mechanical strength and a refined, high-quality smooth surface appearance.
  
• UV-Resistant Formulation – Designed for long-term outdoor use, maintaining both performance and aesthetics under UV exposure.
  
• High Impact Strength & Crack Resistance – Ensures durability and reliability in demanding LFAM and industrial environments.
  
• Good Chemical Resistance – Resistant to common cleaning agents and chemicals, preserving surface integrity over time.
  
• European-Made Quality Compound – Manufactured in Europe using high-grade recycled PETG, ensuring consistent quality, reliability, and traceability throughout the production process.
  

Why Choose ReForm rPETG GB10?

ReForm rPETG GB10 by FormFutura stands out due to its innovative formulation:

• Exceptional Printability – Minimal warping, excellent layer adhesion and dimensional stability.
• Ultra-Smooth Surface Finish – For end use parts straight of the printer without post processing.
• Recycled & manufactured in the EU – Sustainable performance without compromising quality

Specifications

Material properties

MFI (275°C, 2.16kg)
Density (23°C)
Granule moisture

Mechanical properties

Tensile strength (5mm/min)
Tensile E-modulus
Elongation at break
Charpy impact strength (23°C notched)

Thermal properties

HDT A
HDT B

Flammability properties

Flammability (3mm)

Typical value

60 g/10min
1,34 g/cm3
<0,20%

50 MPa
2530 MPa
10%
5 KJ/m2

66°C
74°C

HB

Test Method

ISO 1133-1
ISO 1183-1

ISO 527
ISO 527
ISO 527
ISO 179

ISO 75
ISO 75

UL94 equivelant

Storage and handling of ReForm rPETG GB10

ReForm rPETG GB10 is an inert and safe material under standard storage conditions, presenting no significant hazards. To ensure maximum quality, stability, and long-term performance, proper storage practices are recommended.

For best results:

• Store in a tightly sealed container to protect against moisture absorption.
• Keep in a dry, cool, and well-ventilated environment.
• Avoid direct exposure to sunlight or intense artificial light to preserve material integrity.

By following these guidelines, ReForm rPETG GB10 will maintain its reliability and print performance over time.

Processing ReForm rPETG GB10

Drying: 6-10hrs at 60-65 °C (<400ppm / 0,04%) *

Do not exceed a drying temperature of 65 °C, as higher temperatures may cause pellet softening and caking within the drying hopper.

Zone 1: 210°C ±20°C
Max temp: 240°C

Zone 2: 220°C ±20 °C
Die temp: 240°C ±20 °C

Zone 3: 230°C ±20 °C

Product export information

Looking for a Safety or Technical Data Sheet? Reach out to our team, and we'll get right back to you!

ReForm rPETG GF10 + UV, developed by FormFutura, is a high-performance 10% glass fiber reinforced rPETG compound engineered for Large Format Additive Manufacturing (LFAM) applications that require a balanced combination of strength, dimensional stability, and printability.

Enhanced with UV stabilization, this material offers reliable resistance against UV-induced degradation and color fading, making it suitable for both indoor and outdoor use.

Produced from 100% post-industrial recycled PETG and reinforced with 10% glass fibers, ReForm rPETG GF10 + UV delivers an optimal balance between mechanical performance, sustainability, and processing ease. This makes ReForm rPETG GF10 + UV an excellent choice for a wide range of industrial and functional applications.

Balanced Performance with Glass Fiber Reinforcement

The addition of 10% glass fibers (GF10) enhances the material’s properties while maintaining good processability:

• ​Improved stiffness and strength compared to standard PETG;
• Enhanced dimensional stability for large-format prints;
• Reduced warping and shrinkage during printing;
• Printing with fine detail compared to higher glass fiber filled materials.

This makes ReForm rPETG GF10 + UV ideal for applications where mechanical performance is required without sacrificing ease of printing.

Optimized for LFAM Printability

ReForm rPETG GF10 + UV is specifically formulated to perform reliably in LFAM systems:

• Excellent layer adhesion for strong, durable parts;
• Consistent extrusion behavior for large-scale production;
• Lower processing complexity compared to higher fiber-filled materials.

The result is a stable, easy-to-print material suitable for both prototyping and end-use parts.

Excellent Processability & Post-Processing

ReForm rPETG GF10 + UV offers outstanding mechanical performance and ease of use in LFAM systems. Printed parts can be easily drilled, sawn, screwed, or adhesive bonded, allowing seamless integration into complex assemblies and finished products.

Key Features of ReForm rPETG GF10 + UV

• LFAM-Optimized Printability – Easy processing and reliable performance in large-format 3D printing.
  
• 10% Glass Fiber Reinforcement – Enhanced stiffness and mechanical strength.
  
• UV-Resistant Formulation – Designed for long-term outdoor use, maintaining both performance and aesthetics under UV exposure.
  
• High Dimensional Stability – Accurate and stable large-format parts.
  
• Impact & Wear Resistance – Durable under mechanical stress.
• European-Made Quality Compound – Manufactured in Europe using high-grade recycled PETG, ensuring consistent quality, reliability, and traceability throughout the production process.

Typical Applications of ReForm rPETG GF10 + UV

• Electrical & Electronic Enclosures - Non-conductive and suitable for protective housings and covers, including outdoor use.
• Architectural & Construction Components - Ideal for panels, facade elements, and structural prototypes requiring stability and UV resistance.
• Furniture & Design Applications - Used for functional furniture, design objects, and installations where strength and durability are required.
• Automotive & Industrial Parts - Suitable for brackets, housings, and functional components exposed to mechanical stress and environmental conditions.

Why Choose ReForm rPETG GF10 + UV?

ReForm rPETG GF10 + UV by FormFutura stands out due to its innovative formulation:

• Exceptional Printability – Minimal warping, excellent layer adhesion and dimensional stability.
• Ultra-Smooth Surface Finish – For end use parts straight of the printer without post processing.
• Recycled & manufactured in the EU – Sustainable performance without compromising quality

Specifications

Material properties

MFI (275°C, 2.16kg)
Density (23°C)
Granule moisture

Mechanical properties

Tensile strength (5mm/min)
Tensile E-modulus
Elongation at break
Charpy impact strength (23°C notched)

Thermal properties

HDT A
HDT B

Flammability properties

Flammability (3mm)

Typical value

55 g/10min
1,34 g/cm3
<0,20%

70 MPa
4200 MPa
4%
5 KJ/m2

72°C
81°C

HB

Test Method

ISO 1133-1
ISO 1183-1

ISO 527
ISO 527
ISO 527
ISO 179

ISO 75
ISO 75

UL94 equivelant

Storage and handling of ReForm rPETG GF10 + UV

ReForm rPETG GF10 + UV is an inert and safe material under standard storage conditions, presenting no significant hazards. To ensure maximum quality, stability, and long-term performance, proper storage practices are recommended.

For best results:

• Store in a tightly sealed container to protect against moisture absorption.
• Keep in a dry, cool, and well-ventilated environment.
• Avoid direct exposure to sunlight or intense artificial light to preserve material integrity.

By following these guidelines, ReForm rPETG GF10 UV will maintain its reliability and print performance over time.

Processing ReForm rPETG GF10 + UV

Drying: 6-10hrs at 60-65 °C (<400ppm / 0,04%) *

Do not exceed a drying temperature of 65 °C, as higher temperatures may cause pellet softening and caking within the drying hopper.

Zone 1: 220°C ±20°C
Max temp: 260°C

Zone 2: 230°C ±20 °C
Die temp: 240°C ±20 °C

Zone 3: 240°C ±20 °C

Product export information

Looking for a Safety or Technical Data Sheet? Reach out to our team, and we'll get right back to you!

ReForm rPETG GF10, developed by FormFutura, is a high-performance 10% glass fiber reinforced rPETG compound engineered for Large Format Additive Manufacturing (LFAM) applications that require a balanced combination of strength, dimensional stability, and printability.

Produced from 100% post-industrial recycled PETG and reinforced with 10% glass fibers, ReForm rPETG GF10 delivers an optimal balance between mechanical performance, sustainability, and processing ease. This makes ReForm rPETG GF10 an excellent choice for a wide range of industrial and functional applications.

Balanced Performance with Glass Fiber Reinforcement

The addition of 10% glass fibers (GF10) enhances the material’s properties while maintaining good processability:

• ​Improved stiffness and strength compared to standard PETG;
• Enhanced dimensional stability for large-format prints;
• Reduced warping and shrinkage during printing;
• Printing with fine detail compared to higher glass fiber filled materials.

This makes ReForm rPETG GF10 ideal for applications where mechanical performance is required without sacrificing ease of printing.

Optimized for LFAM Printability

ReForm rPETG GF10 is specifically formulated to perform reliably in LFAM systems:

• Excellent layer adhesion for strong, durable parts;
• Consistent extrusion behavior for large-scale production;
• Lower processing complexity compared to higher fiber-filled materials.

The result is a stable, easy-to-print material suitable for both prototyping and end-use parts.

Excellent Processability & Post-Processing

ReForm rPETG GF10 offers outstanding mechanical performance and ease of use in LFAM systems. Printed parts can be easily drilled, sawn, screwed, or adhesive bonded, allowing seamless integration into complex assemblies and finished products.

Key Features of ReForm rPETG GF10

• LFAM-Optimized Printability – Easy processing and reliable performance in large-format 3D printing.
  
• 10% Glass Fiber Reinforcement – Enhanced stiffness and mechanical strength.
  
• UV-Resistant Formulation – Designed for long-term outdoor use, maintaining both performance and aesthetics under UV exposure.
  
• High Dimensional Stability – Accurate and stable large-format parts.
  
• Impact & Wear Resistance – Durable under mechanical stress.
• European-Made Quality Compound – Manufactured in Europe using high-grade recycled PETG, ensuring consistent quality, reliability, and traceability throughout the production process.

Typical Applications of ReForm rPETG GF10

• Electrical & Electronic Enclosures - Non-conductive and suitable for protective housings and covers, including outdoor use.
• Architectural & Construction Components - Ideal for panels, facade elements, and structural prototypes requiring stability and UV resistance.
• Furniture & Design Applications - Used for functional furniture, design objects, and installations where strength and durability are required.
• Automotive & Industrial Parts - Suitable for brackets, housings, and functional components exposed to mechanical stress and environmental conditions.

Why Choose ReForm rPETG GF10?

ReForm rPETG GF10 by FormFutura stands out due to its innovative formulation:

• Exceptional Printability – Minimal warping, excellent layer adhesion and dimensional stability.
• Ultra-Smooth Surface Finish – For end use parts straight of the printer without post processing.
• Recycled & manufactured in the EU – Sustainable performance without compromising quality.

Specifications

Material properties

MFI (275°C, 2.16kg)
Density (23°C)
Granule moisture

Mechanical properties

Tensile strength (5mm/min)
Tensile E-modulus
Elongation at break
Charpy impact strength (23°C notched)

Thermal properties

HDT A
HDT B

Flammability properties

Flammability (3mm)

Typical value

55 g/10min
1,34 g/cm3
<0,20%

70 MPa
4200 MPa
4%
5 KJ/m2

72°C
81°C

HB

Test Method

ISO 1133-1
ISO 1183-1

ISO 527
ISO 527
ISO 527
ISO 179

ISO 75
ISO 75

UL94 equivelant

Storage and handling of ReForm rPETG GF10

ReForm rPETG GF10 is an inert and safe material under standard storage conditions, presenting no significant hazards. To ensure maximum quality, stability, and long-term performance, proper storage practices are recommended.

For best results:

• Store in a tightly sealed container to protect against moisture absorption.
• Keep in a dry, cool, and well-ventilated environment.
• Avoid direct exposure to sunlight or intense artificial light to preserve material integrity.

By following these guidelines, ReForm rPETG GF10 will maintain its reliability and print performance over time.

Processing ReForm rPETG GF10

Drying: 6-10hrs at 60-65 °C (<400ppm / 0,04%) *

Do not exceed a drying temperature of 65 °C, as higher temperatures may cause pellet softening and caking within the drying hopper.

Zone 1: 220°C ±20°C
Max temp: 260°C

Zone 2: 230°C ±20 °C
Die temp: 240°C ±20 °C

Zone 3: 240°C ±20 °C

Product export information

Looking for a Safety or Technical Data Sheet? Reach out to our team, and we'll get right back to you!

ReForm rPETG GF20 + UV offers all benefits of our ReForm rPETG GF20 compound, but is enhanced with an additional UV stabilization, providing superior resistance to UV-induced degradation and color fading. This makes ReForm rPETG GF20 + UV ideal for both indoor and outdoor applications that require high mechanical strength.

Made from 100% post-industrial recycled PETG and reinforced with 20% long glass fibers, this compound offers an exceptional balance of printability with sustainability, stiffness, and UV-resistance. Its unique formulation ensures excellent layer adhesion, resulting in a rigid and easy-to-print material that performs reliably in demanding indoor and outdoor LFAM environments. Its aesthetically pleasing surface finish and dimensional accuracy make it the preferred choice for manufacturers seeking both quality and sustainability in UV-exposed environments.

Important key features

• LFAM-Optimized Printability – Easy-to-print and reliable performance in large-format 3D printing
• 20% Long Glass Fiber Reinforcement – Delivers superior stiffness and strength
  
• UV Stabilized – For stable and reliable performance in both indoor and outdoor environments.
• High Dimensional Stability – Ideal for large, functional parts.
  
• Impact & Wear Resistant – Durable under mechanical stress.
  
  

Suitable applications

• Electrical & Electronic (Outdoor) Enclosures – Non-conductive, perfect for insulating housings and covers.
• Architectural & Construction Elements – Large-format decorative panels, facade elements, structural prototypes, and formwork that require UV-resistance..
• Furniture & Interior/Exterior Design – Custom furniture, art installations, and functional design pieces exposed to UV and where strength and surface finish matter.
• Automotive & Transportation Components – Structural parts, brackets, housings, and panels that need to withstand mechanical stress and heat in UV exposed environments.
  

Processing Recommendations for ReForm rPETG GF20 + UV

Pre-Drying: 8-10hrs at 65 °C (<400ppm / 0,04%) *

Do not exceed a drying temperature of 65 °C, as higher temperatures may cause pellet softening and caking within the drying hopper.

Prolonged (pre-)drying is required for ReForm rPETG GF20 + UV
ReForm rPETG GF20 + UV is made from recycled PETG materials that have been used in outdoor applications. Therefore, it is recommended to pre-dry for at least 8-10 hours at 65 °C and lower the moisture content in the ReForm rPETG GF20 + UV compound. For optimal 3D printing results it is recommended to pre-dry ReForm rPETG GF20 + UV pellets to a moisture content below 400 ppm.

Zone 1: 210°C ±10 °C
Max temp: 240 °C

Zone 2: 220°C ±10 °C
Die temp: 230°C ±20 °C

Zone 3: 230°C ±10 °C

Storage and handling

ReForm rPETG GF20 + UV is an inert and safe material under standard storage conditions, presenting no significant hazards. To ensure maximum quality, stability, and long-term performance, proper storage practices are recommended.

For best results:

• Store in a tightly sealed container to protect against moisture absorption.
• Keep in a dry, cool, and well-ventilated environment.
• Avoid direct exposure to sunlight or intense artificial light to preserve material integrity.

Material properties

Melt mass-flow rate (MFR @ 200 °C /5kg)
Density

Mechanical properties

Tensile strength
Tensile modulus
Elongation at break
Impact strength (notched)

Thermal properties

HDT(@ 045MPa)
Melt temperature

Typical value

1.2 g/10min
1,39 g/cm3

75 MPa
4500 MPa
4%
7,4 kJ/m2

85 °C
240 °C

Test Method

ISO 1133
ASTM D792

ISO 527
ISO 527
ASTM D638
ISO 179

ASTM D648
-

Product export information

Have a larger order? Reach out to our team!

Looking for a Safety or Technical Data Sheet? Reach out to our team, and we'll get right back to you!

ReForm rPETG GF20 is a high performance material designed specifically for Large Format Additive Manufacturing (LFAM). Made from 100% post industrial recycled PETG and reinforced with 20% long glass fibers, this compound offers an exceptional balance of sustainability, stiffness, and printability. Its unique formulation ensures excellent layer adhesion, resulting in a rigid and easy to print material that performs reliably in demanding LFAM environments.

ReForm rPETG GF20 combines mechanical strength, dimensional stability, and impact resistance, making it a versatile solution for industrial-grade 3D printing. ReForm rPETG GF20 features a Heat Deflection Temperature (HDT) of 85 °C, providing reliable thermal performance for large format 3D printed parts exposed to elevated temperatures. This makes it an excellent choice for industrial applications requiring dimensional stability under heat. Thanks to its low warping, excellent layer adhesion, and high mechanical strength, ReForm rPETG GF20 ensures consistent and reliable performance for large format 3D printing. Its aesthetically pleasing surface finish and dimensional accuracy make it the preferred choice for manufacturers seeking both quality and sustainability

Important key features

• LFAM-Optimized Printability – Easy-to-print and reliable performance in large-format 3D printing.
• 20% Long Glass Fiber Reinforcement – Delivers superior stiffness and strength.
  
• High Dimensional Stability – Ideal for large, functional parts.
• Impact & Wear Resistance – Durable under mechanical stress.
• Good Thermal Performance - HDT of 85 °C.

Suitable applications

• Electrical & Electronic Enclosures – Non-conductive, perfect for insulating housings and covers
• Architectural & Construction Elements – Large-format decorative panels, structural prototypes, and formwork
• Furniture & Interior Design – Custom furniture, art installations, and functional design pieces where strength and surface finish matter.
• Automotive & Transportation Components – Structural parts, brackets, housings, and panels that need to withstand mechanical stress and heat.
• Industrial Tooling & Fixtures – Perfect for jigs, molds, and fixtures that require high stiffness and wear resistance.
  

Storage and handling

ReForm rPETG GF20 is an inert and safe material under standard storage conditions, presenting no significant hazards. To ensure maximum quality, stability, and long-term performance, proper storage practices are recommended.

For best results:

• Store in a tightly sealed container to protect against moisture absorption.
• Keep in a dry, cool, and well-ventilated environment.
• Avoid direct exposure to sunlight or intense artificial light to preserve material integrity.

Material properties

Melt mass-flow rate (MFR @ 200 °C /5kg)
Density

Mechanical properties

Tensile strength
Tensile modulus
Elongation at break
Impact strength (Notched)

Thermal properties

HDT (@ 045MPa)
Melting Temperature

Typical value

1.2 g/10min
1,39 g/cm3

75 MPa
4500 MPa
4%
7,4 KJ/m2

85 °C
240 °C

Test Method

ISO 1183
ASTM D792

ISO 527
ISO 527
ASTM D638
ISO 179

ASTM D648
-

Processing Recommendations for ReForm rPETG GF20 Pellets for LFAM

Pre-Drying: 8-10hrs at 65 °C (<400ppm / 0,04%) *

Do not exceed a drying temperature of 65 °C, as higher temperatures may cause pellet softening and caking within the drying hopper.

Prolonged (pre-)drying is required for ReForm rPETG GF20
ReForm rPETG GF20 is made from recycled PETG materials that have been used in outdoor applications. Therefore, it is recommended to pre-dry for at least 8-10 hours at 65 °C and lower the moisture content in the ReForm rPETG GF20 compound.
For optimal 3D printing results, it is recommended to pre-dry ReForm rPETG GF20 pellets to a moisture content below 400 ppm.

Zone 1: 210°C ±10 °C
Max temp: 240 °C

Zone 2: 220°C ±10 °C
Die temp: 230°C ±20 °C

Zone 3: 230°C ±10 °C

Product export information

Have a larger order? Reach out to our team!

Looking for a Safety or Technical Data Sheet? Reach out to our team, and we'll get right back to you!

ReForm rPETG GF30 + UV → High-Performance Glass Fiber Reinforced Recycled PETG Pellets for LFAM and Pellet Extrusion

ReForm rPETG GF30 + UV is a high-performance recycled PETG pellet compound developed for Large Format Additive Manufacturing (LFAM), Fused Granulate Fabrication (FGF), and industrial pellet extrusion systems. The material combines high-quality recycled PETG with 30% glass fiber reinforcement and an advanced UV stabilization package. The result is a stiff, dimensionally stable, and durable material for printing large functional parts with excellent accuracy and repeatability. ReForm rPETG GF30 + UV is designed for manufacturers who need reliable mechanical performance, low warpage, and consistent print quality for large-format industrial applications.

Suitable for:

• Large Format Additive Manufacturing (LFAM)
• Fused Granulate Fabrication (FGF)
• Pellet extrusion
• Robotic additive manufacturing
• Gantry-based 3D printing
• Industrial pellet-fed 3D printers

Why Choose ReForm rPETG GF30 + UV?

ReForm rPETG GF30 + UV offers an excellent balance between strength, dimensional stability, sustainability and printability.

The combination of recycled PETG, 30% glass fiber reinforcement and UV stabilization makes it suitable for demanding industrial applications where oversized parts must remain accurate during printing and throughout their service life.

Compared to standard PETG, the material offers significantly higher stiffness, lower shrinkage and improved resistance to deformation during cooling. Your printed parts will be extremely stiff and resistant to stretching or bending under an applied load.

• High Structural Stiffness - The 30% glass fiber reinforcement significantly increases stiffness and rigidity, making the material ideal for load-bearing components that require excellent structural performance.
• Excellent Dimensional Stability - Low shrinkage and reduced thermal deformation help maintain tight dimensional tolerances, even when printing large industrial parts.
• UV-Stabilized Performance - An advanced UV stabilization package helps protect printed components from degradation caused by prolonged sunlight exposure, extending service life in outdoor environments.
• Outstanding Printability - Optimized specifically for pellet extrusion systems, the compound delivers consistent extrusion behavior, excellent layer bonding, and reliable printing of large-format components.
• Reduced Warpage - Glass fiber reinforcement minimizes internal stresses during cooling, reducing warpage and improving first-time print success for oversized parts.
• Sustainable Material Solution - Produced using recycled PETG feedstock, ReForm rPETG GF30 + UV contributes to more sustainable manufacturing while maintaining excellent mechanical performance.
• Ideal for Functional Industrial Parts - Its combination of strength, rigidity, precision, and durability makes this material an excellent choice for functional prototypes, tooling, fixtures, and production aids.
• Manufactured in the European Union for Ensured Supply Reliability - Produced in Europe using carefully selected raw materials and controlled manufacturing processes, ensuring reliable quality, traceability, and supply consistency.

Key Benefits

• Recycled PETG pellet compound
• 30% glass fiber reinforced
• UV stabilized for long-term outdoor use
• High stiffness and tensile modulus
• Excellent dimensional stability
• Reduced shrinkage and warpage
• Excellent layer adhesion
• Consistent extrusion behavior
• High print accuracy for large parts
• Optimized for pellet extrusion systems
• Suitable for robotic and gantry LFAM systems
• Manufactured in the European Union
  
  

Typical Applications for ReForm rPETG GF30 + UV

ReForm rPETG GF30 + UV is developed for industrial applications that require high stiffness, dimensional accuracy and reliable long-term performance.

The combination of recycled PETG, 30% glass fiber reinforcement and UV stabilization makes this material suitable for both indoor and outdoor use.

Typical applications include tooling, production aids, functional prototypes and large structural components.

• Vacuum Forming Molds - The material offers excellent dimensional stability and rigidity. This makes it suitable for low-temperature vacuum forming molds that require accurate dimensions and a long service life.
• Construction Templates - Produce durable templates, guides and concrete casting forms for the construction industry. The material remains stable, even for large parts.
• Jigs & Fixtures - Produce durable jigs, fixtures and assembly aids with excellent stiffness and dimensional accuracy. The low shrinkage helps maintain consistent dimensions during repeated production cycles.
• Functional Prototypes - Print full-scale functional prototypes with mechanical properties that closely resemble end-use parts. Ideal for fit, form and functional testing before production.
• Production Tooling - Manufacture industrial tooling, drill guides, positioning tools and inspection fixtures. The high stiffness and low warpage help improve manufacturing accuracy.
• Architectural Components - Suitable for interior and exterior architectural applications where strength, dimensional stability and UV resistance are important.
• Large Structural Parts - Designed for oversized components that require high rigidity and reliable dimensional stability. Ideal for industrial, transportation and engineering applications.

Industries

ReForm rPETG GF10 + UV offers outstanding mechanical performance and ease of use in LFAM systems. Printed parts can be easily drilled, sawn, screwed, or adhesive bonded, allowing seamless integration into complex assemblies and finished products.

• Industrial manufacturing
• Tooling and production
• Automotive
• Aerospace
• Construction
• Architecture
• Marine
• Transportation
• Product development
• Engineering
• Research and education

Why Recycled PETG?

Recycled PETG offers an excellent balance between performance and sustainability.

Carefully selected recycled feedstock reduces the environmental impact while maintaining the material properties required for industrial additive manufacturing.

The result is a high-quality engineering material with a lower carbon footprint.

Why Glass Fiber Reinforcement?

• Higher stiffness
• Higher tensile modulus
• Lower shrinkage
• Reduced warpage
• improved dimensional stability
• Better structural performance

These properties make the material particularly suitable for large-format 3D printing.

Why UV Stabilization?

Many large-format printed parts are exposed to sunlight or outdoor conditions. The integrated UV stabilization package helps protect the material against UV degradation.

This helps maintain:

• Mechanical properties
• Surface appearance
• Dmensional stability
• Long-term durability

Compatible Printing Technologies

ReForm rPETG GF30 + UV is specifically developed for industrial pellet extrusion systems. New to pellet extrusion? Our Complete Guide to Pellet 3D Printing explains how industrial pellet-fed systems work and how they differ from filament printers.

Compatible technologies include:

• Large Format Additive Manufacturing (LFAM)
• Fused Granulate Fabrication (FGF)
• Pellet Extrusion
• Robotic Additive Manufacturing
• Gantry-Based Additive Manufacturing
• Industrial Pellet 3D Printing

Compatible Printers *

ReForm rPETG GF30 + UV is compatible with most industrial pellet-fed 3D printers.

This includes systems from:

• CEAD
• Caracol
• WASP
• Breton
• Ginger Additive
• And many other pellet extrusion platforms

* Compatibility depends on the printer configuration, pellet extruder, nozzle design and processing parameters. Contact FormFutura if you need guidance for your specific LFAM system.

Compatible Extrusion Systems

The material performs well in a wide range of industrial pellet extrusion systems.

Suitable equipment includes:

• Single-screw pellet extruders
• Robotic pellet extrusion systems
• Gantry-based extrusion systems
• Continuous pellet extrusion systems
• Industrial FGF-extruders

Technical Data for ReForm rPETG GF30 + UV

Material properties

MFI (230°C, 2.16kg)
Density

Mechanical properties

Tensile strength
Tensile E-modulus
Elongation at break
Charpy impact strength (23°C notched)

Thermal properties

HDT A (1,82 MPa)
HDT B (0,44MPa)

Typical value

6 cm3/10min
1,50 g/cm3

100 MPa
8000 MPa
2,2%
8 KJ/m2

79°C
74°C

Test Method

ISO 1133
ISO 1183-1

ISO 527
ISO 527
ISO 527
ISO 179

ISO 75
ISO 75

Storage and handling of ReForm rPETG GF30 + UV

ReForm rPETG GF30 + UV is an inert material under normal storage conditions. To help maintain material quality, consistency, and long-term processing performance, the following storage practices are recommended.

For best results:

• Store in a tightly sealed container to protect against moisture absorption.
• Keep in a dry, cool, and well-ventilated environment.
• Avoid direct exposure to sunlight or intense artificial light to preserve material integrity.

By following these guidelines, ReForm rPETG GF10 UV will maintain its reliability and print performance over time.

Processing ReForm rPETG GF30 + UV

Drying: 6-10hrs at 60 °C (<200ppm / 0,02%) *

Do not exceed a drying temperature of 65 °C, as higher temperatures may cause pellet softening and caking within the drying hopper.

Zone 1: 220°C ±20°C
Max temp: 260°C

Zone 2: 230°C ±20 °C
Die temp: 240°C ±20 °C

Zone 3: 240°C ±20 °C

Product export information

Frequently Asked Questions

What is ReForm rPETG GF30 + UV?

ReForm rPETG GF30 + UV is a high-performance recycled PETG pellet compound for Large Format Additive Manufacturing (LFAM). It contains 30% glass fiber reinforcement and an advanced UV stabilization package. The material is designed for industrial pellet extrusion systems that require high stiffness, low warpage, and excellent dimensional stability.

What does GF30 mean?

GF30 means the material contains 30% glass fiber reinforcement by weight. The glass fibers increase stiffness, tensile modulus, and dimensional stability while reducing shrinkage and warpage during printing.

What are the benefits of UV stabilization?

The integrated UV stabilizers help protect printed parts against degradation caused by prolonged exposure to sunlight. This helps maintain the appearance, dimensional stability, and mechanical properties of parts used outdoors.

Which printing technologies is this material compatible with?

ReForm rPETG GF30 + UV is suitable for:

• Large Format Additive Manufacturing (LFAM)
• Fused Granulate Fabrication (FGF)
• Pellet Extrusion
• Robotic additive manufacturing
• Gantry-based additive manufacturing
• Industrial pellet-fed 3D printing systems

Is this material suitable for Large Format Additive Manufacturing (LFAM)?

Yes. ReForm rPETG GF30 + UV has been specifically developed for LFAM, Fused Granulate Fabrication (FGF) and industrial pellet extrusion systems. The material offers stable extrusion, excellent layer adhesion, and reliable print quality for large functional parts.

Which printers are compatible with ReForm rPETG GF30 + UV?

The material is compatible with most industrial pellet-fed 3D printers, including:

• CEAD
• Caracol
• Wasp
• Breton
• Ginger Additive

It is also suitable for many other pellet extrusion platforms.

Which pellet extruders can process this material?

ReForm rPETG GF30 + UV is suitable for most industrial single-screw pellet extrusion systems. Processing performance depends on the extruder design, screw geometry, nozzle configuration, and printing parameters.

Can this material be used for robotic 3D printing?

Yes. The material has been developed for robotic pellet extrusion and gantry-based LFAM systems that require consistent extrusion, excellent layer bonding, and reliable dimensional accuracy.

Does glass fiber reduce warpage?

Yes. The 30% glass fiber reinforcement significantly reduces thermal shrinkage and internal stresses during cooling. This helps produce larger parts with improved dimensional accuracy and less deformation.

Is ReForm rPETG GF30 + UV suitable for outdoor use?

Yes. The advanced UV stabilization package helps protect printed parts against long-term UV exposure, making the material suitable for outdoor tooling, construction, and architectural applications.

Can I use this material for vacuum forming molds?

Yes. Its high stiffness, dimensional stability and heat resistance make it an excellent choice for low-temperature vacuum forming molds and production tooling.

What applications is ReForm rPETG GF30 + UV suitable for?

ReForm rPETG GF30 + UV is designed for demanding large-format additive manufacturing applications. Typical uses include jigs and fixtures, tooling, molds, structural components, architectural elements, transportation parts, marine applications, and other industrial components that require high stiffness, dimensional stability, and long-term durability.

Can large structural parts be printed?

Yes. ReForm rPETG GF30 + UV has been developed for large-format applications where oversized parts require excellent rigidity, low warpage, and dimensional stability throughout the printing process.

Is this material suitable for robotic and gantry-based LFAM systems?

Yes. This pellet compound has been developed for industrial pellet extrusion systems, including robotic arm and gantry-based Large Format Additive Manufacturing (LFAM) platforms. Processing parameters should be optimized for your specific machine and application.

Does the material require drying before printing?

Yes. Like most PETG-based materials, ReForm rPETG GF30 + UV absorbs moisture from the environment over time. Drying the pellets before processing is recommended to achieve consistent extrusion, optimal surface quality, and maximum mechanical performance.

Why is drying important?

Moisture can cause hydrolysis during processing, reducing mechanical properties and leading to bubbles, surface defects, inconsistent extrusion, and poor layer adhesion. Following the recommended drying conditions helps ensure reliable print quality.

What nozzle material is recommended?

Because the material contains 30% glass fiber, hardened steel or other wear-resistant nozzles are strongly recommended. Hardened extrusion components help maintain consistent print quality and reduce wear during extended production.

Does glass fiber increase nozzle wear?

Yes. Glass fibers are abrasive and will wear standard brass nozzles much faster than unfilled materials. Wear-resistant nozzles and hardened extrusion components are recommended for long-term production.

Is this material UV resistant?

Yes. ReForm rPETG GF30 + UV contains UV stabilizers that improve resistance to sunlight and outdoor weathering. This helps printed parts retain their mechanical performance and appearance for longer in exterior applications compared to non-UV-stabilized PETG compounds.

Can printed parts be machined, sanded or painted?

Yes. Printed parts can generally be CNC machined, sanded, primed, and painted using suitable tools and coating systems. Optimizing machining parameters for glass fiber reinforced thermoplastics and preparing the surface properly will deliver the best results.

Is this material recyclable?

Yes. ReForm rPETG GF30 + UV is manufactured using recycled PETG feedstock, helping reduce the environmental impact of additive manufacturing. Production waste and printed parts can often be mechanically recycled where suitable recycling facilities are available.

Can I use this material on a standard desktop 3D printer?

No. ReForm rPETG GF30 + UV is a pellet compound designed specifically for industrial pellet extrusion systems. It is not intended for conventional filament-based desktop FDM printers.

Which industries commonly use ReForm rPETG GF30 + UV?

This material is widely used in industries such as manufacturing, automotive, aerospace, construction, architecture, marine, transportation, tooling, product development, and research, where large, strong, and dimensionally stable printed components are required.

How does ReForm rPETG GF30 + UV compare to unfilled PETG pellets?

Compared to unfilled PETG pellets, ReForm rPETG GF30 + UV offers significantly higher stiffness, improved dimensional stability, reduced shrinkage and warpage, and better performance in structural applications. The trade-off is increased nozzle wear due to the glass fiber reinforcement.

Can this material be used for outdoor applications?

Yes. Thanks to its UV stabilization, high stiffness, and excellent weather resistance, ReForm rPETG GF30 + UV is well suited for many outdoor applications, including architectural components, infrastructure parts, and industrial equipment exposed to sunlight and varying weather conditions.

Why choose ReForm rPETG GF30 + UV over standard PETG?

Compared to standard PETG, ReForm rPETG GF30 + UV offers:

• Higher stiffness
• Higher tensile modulus
• Improved dimensional stability
• Lower shrinkage
• Reduced warpage
• Better structural performance
• UV resistance
• Improved suitability for large-format industrial printing

Looking for a Safety or Technical Data Sheet? Reach out to our team, and we'll get right back to you!

ReForm rPETG Transparent is a premium grade pellet made from 100% recycled post-industrial PETG granulate. This rPETG compound is engineered to combine sustainability with printability and outstanding performance. ReForm rPETG Transparent pellets combine exceptional clarity with outstanding mechanical properties in terms of durability, toughness and thermal stability.

In addition to its superior mechanical properties, ReForm rPETG Transparent is food contact compliant, making it suitable for applications that demand both safety and reliability. Its consistent processing behavior makes it highly versatile and user-friendly, supporting a wide range of large format additive manufacturing (LFAM) applications. By choosing ReForm rPETG Transparent, manufacturers can reduce their environmental footprint while achieving high quality, transparent PETG components with proven mechanical strength.

Important key features

• Food Contact Compliant – Manufactured with certified raw materials for safe and reliable applications.
• Exceptional Transparency – Ultra-clear finish for visually refined components.
  
• 100% Recycled & 100% Recyclable PETG – Contributes to circular manufacturing.
• Ideal for Large-Scale Prints – Optimized for consistent performance in LFAM applications.
• Tough and Durable – High impact resistance for long-lasting, functional parts.

Suitable applications

• Furniture and Industrial Design – Combines aesthetics with mechanical strength. Perfect material for custom furniture pieces, ergonomic components, and artistic installations.
• Architectural Models and Construction Elements – Facade panels, structural prototypes, and design elements.
• Tooling and Molds– Its dimensional stability and toughness make it ideal for 3D printing large tooling components, thermoforming molds, jigs, and fixtures.
• Lightning – Its superb clarity makes ReForm rPETG Transparent ideal for creating large-scale lamp housings and shades that disperse and diffuse light beautifully, combining visual elegance with functional performance.
• Cost-Efficient Part Production – enables affordable manufacturing without compromising quality.
  

Storage and handling

ReForm rPETG Transparent is considered an inert and safe material under standard storage conditions, presenting no significant hazards. To ensure maximum quality, stability, and long-term performance, proper storage practices are recommended.

For best results:

• Store in a tightly sealed container to protect against moisture absorption.
• Keep in a dry, cool, and well-ventilated environment.
• Avoid direct exposure to sunlight or intense artificial light to preserve material integrity.

Material properties

MFI (210°C, 2.16kg)
Specific Gravity (23°C)

Mechanical properties

Tensile strength at yield (23°C, 50mm/min)
Tensile strength at break (23°C, 50mm/min)
Flexural strength
Elongation at yield (23°C, 50mm/min)
Elongation at break (23°C, 50mm/min)
Rockwell Hardness

Thermal properties

HDT
Melting Point

Typical value

1.8 g/10min
1,29 g/cm3

49,8 MPa
28,6 MPa
66,8 MPa
5%
165%
117

77 °C
196 °C

Test Method

ASTM D 1238
ASTM D 792

ASTM D638
ASTM D638
ASTM D790
ASTM D638
ASTM D638
R-scale

ASTM D648
-

Processing Recommendations for ReForm rPETG Transparent Pellets for LFAM

Pre-Drying: 6-8hrs at 60-65 °C (<40ppm)

For optimal 3D printing results it is recommended to pre-dry ReForm rPETG Transparent pellets to a moisture content below 100 ppm.

Zone 1: 210°C ±20 °C
Max temp: 240 °C

Zone 2: 220°C ±20 °C
Die temp: 240°C ±20 °C

Zone 3: 230°C ±20 °C

Product export information

Have a larger order? Reach out to our team!

Looking for a Safety or Technical Data Sheet? Reach out to our team, and we'll get right back to you!

Transparent Flame-Retardant Recycled PETG Granulate for LFAM, Pellet Extrusion 3D Printing, Architectural 3D Printing and Building Applications
Designed for applications where EN13501-1 (B-s1, d0) fire performance may be required

ReForm rPETG Transparent FR for Building Applications EU is a transparent flame-retardant recycled PETG compound developed for large-format additive manufacturing (LFAM), large-scale additive manufacturing, pellet extrusion 3D printing, robotic 3D printing, architectural 3D printing and building-related applications. The flame-retardant technology incorporated in this material has demonstrated the capability to achieve EN13501-1 (B-s1, d0) fire performance under specific tested conditions described in the material compliance statement.

This recycled PETG granulate, supplied in pellet form, is suitable for pellet extrusion systems, large-scale additive manufacturing platforms and industrial extrusion processes requiring transparency, durability and enhanced fire performance characteristics. It combines exceptional optical clarity with excellent mechanical properties, making it suitable for the production of large-format 3D printed architectural components, transparent wall panels, interior design elements, signage, exhibition displays, lighting components, office furniture, and other functional or decorative applications.

The incorporated flame-retardant technology was selected to support applications where enhanced fire performance may be required. Under specific tested conditions described in the material compliance statement, the technology has demonstrated the capability to achieve EN13501-1 (B-s1,d0) fire performance. This makes ReForm rPETG Transparent FR for Building Applications EU particularly suitable for LFAM, architectural 3D printing, transparent wall panels, interior building applications, lighting components, exhibition displays, and other projects where enhanced fire performance, transparency, strength, and long-term durability are important design requirements.

In addition to its optical performance, this flame-retardant PETG material offers excellent impact strength, crack resistance, dimensional stability, and ease of fabrication. Large-format 3D printed parts can easily be drilled, machined, sawed, screwed, polished, or adhesive bonded, enabling efficient post-processing and seamless integration into architectural, commercial, and industrial environments.

Produced from high-quality recycled PETG feedstock as part of the ReForm sustainability initiative, this material provides an environmentally conscious alternative for designers, architects, engineers, and manufacturers seeking transparent flame-retardant materials for LFAM and large-format 3D printing applications.

Why Choose ReForm rPETG Transparent FR for Building Applications EU?

• Flame-Retardant Technology for Building Applications with Demonstrated EN13501-1 (B-s1,d0) Capabilities – Incorporates flame-retardant technology that has demonstrated the capability to achieve EN13501-1 (B-s1,d0) fire performance under specific tested conditions described in the material compliance statement. Developed for building and interior applications where enhanced fire performance may be required.
• Transparent Recycled PETG Granulate – Manufactured from high-quality recycled PETG feedstock and supplied in pellet form. Combines sustainability with excellent optical clarity and consistent material performance for professional additive manufacturing applications.
  
• Developed for LFAM and Pellet Extrusion 3D Printing – Optimized for large-format additive manufacturing (LFAM), large-scale additive manufacturing, pellet extrusion systems, robotic 3D printing platforms and other industrial additive manufacturing processes.
• Excellent Optical Clarity – Provides exceptional transparency and light transmission, making it suitable for transparent wall panels, lighting components, displays, architectural elements and other visually demanding applications.
• High Impact Strength and Crack Resistance – Delivers a strong balance of stiffness, toughness and durability, helping printed parts withstand mechanical loads and everyday use in commercial, industrial and architectural environments.
• Easy to Machine and Post-Process - Large-format 3D printed parts can be drilled, machined, sawed, polished, screwed or adhesive bonded, enabling efficient finishing, assembly and integration into finished products and structures.
• Good Chemical Resistance – Resistant to many cleaning agents, chemicals and environmental influences, helping maintain appearance and performance throughout the service life of the finished part.
• Dimensional Stability and Reliable Processing –Offers stable processing characteristics and good dimensional stability, supporting the production of large-format printed components with consistent quality and accuracy.
• Manufactured in the European Union for Ensured Supply Reliability – Produced in Europe using carefully selected raw materials and controlled manufacturing processes, ensuring reliable quality, traceability and supply consistency.
• Sustainable Material Choice – Supports circular manufacturing by utilizing recycled PETG feedstock while maintaining the performance characteristics required for demanding additive manufacturing, architectural and industrial applications.
  
  

Suitable applications

• Architectural Interiors – Transparent wall panels, partitions, and decorative structural elements.
• Lighting Solutions – Luminaires, diffusers, light guides, and illuminated signage.
• Signage & Displays – Retail and exhibition displays, information panels, and design installations.
• Office & Commercial Furniture – Transparent or translucent furniture components with enhanced fire safety.
• Industrial & Technical Parts – Flame retardant covers, protective shields, and functional prototypes.
• Transportation & Public Spaces – Components requiring both clarity and EN 13501-1 fire compliance.

Processing Recommendations for ReForm rPETG Transparent FR for Building Applications EU

Pre-Drying: 8-10hrs at 65 °C (<400ppm / 0,04%) *

Do not exceed a drying temperature of 65 °C, as higher temperatures may cause pellet softening and caking within the drying hopper.

For optimal 3D printing results and optical clarity of the material, it is recommended to pre-dry ReForm rPETG Transparent FR for Building Applications EU pellets to a moisture content below 400 ppm.

Zone 1: 210°C ±10 °C
Max temp: 240 °C

Zone 2: 220°C ±10 °C
Die temp: 230°C ±20 °C

Zone 3: 230°C ±10 °C

Storage and handling

ReForm rPETG Transparent FR for Building Applications EU is an inert and safe material under standard storage conditions, presenting no significant hazards. To ensure maximum quality, stability, and long-term performance, proper storage practices are recommended.

For best results:

• Store in a tightly sealed container to protect against moisture absorption.
• Keep in a dry, cool, and well-ventilated environment.
• Avoid direct exposure to sunlight or intense artificial light to preserve material integrity.

By following these guidelines, ReForm rPETG Transparent FR for Building Applications EU will maintain its reliability and print performance over time.

Material properties

MVR (260°C, 2.16kg)
Density

Mechanical properties

Tensile modulus
Flexural strength
Flexural modulus
Elongation at yield
Elongation at break
Charpy impact strength (23 °C unnotched)
Charpy impact strength (23 °C notched)

Thermal properties

HDT A
HDT B
Vicat softening temperature

Typical value

11-13 cm3/10min
1,27 g/cm3

2244 MPa
71.4 MPa
2058 MPa
5%
37%
No break
Ca. 9,8 kj/m2

64 °C
71 °C
82 °C

Test Method

ISO 1133
ISO 1183-1

ISO 527
ISO 178
ISO 178
ISO 527
ISO 527
ISO 179
ISO 179

ISO 75
ISO 75
ISO 306

Product export information

Frequently Asked Questions.

Is this material EN13501-1 certified?

No. This material is supplied as a raw material and is not itself classified, certified or CE-marked under EN13501-1. Any fire classification must be determined on the final product in its intended end-use configuration. The flame-retardant technology incorporated in this material has demonstrated the capability to achieve EN13501-1 (B-s1,d0) fire performance under specific tested conditions described in the material compliance statement.

Is a Material Compliance Statement available?

Yes. A Material Compliance Statement is available describing the scope of the fire-performance information, the tested conditions and important limitations relating to the use of this material. Customers should review this documentation when evaluating the material for a specific application.

Can this material be used in building and architectural applications?

The material has been developed for architectural 3D printing, interior building applications and other projects where transparency, durability and enhanced fire performance characteristics may be required. Suitability for specific end-use applications must be determined by the customer.

Can this material be used for transparent wall panels and partitions?

Yes, this PETG granulate is suitable for transparent wall panels, partitions and other architectural elements where transparency, impact resistance and enhanced fire-performance characteristics are important. Suitability for specific end-use applications must be determined by the customer.

What industries can use this material?

Potential applications include architecture, interior construction, exhibition and display systems, lighting, office furniture, commercial environments, public spaces and industrial manufacturing.

Can this material be used for LFAM and pellet extrusion 3D printing?

Yes. The material has been developed specifically for LFAM, pellet extrusion and large-format additive manufacturing applications.

Is this material supplied as pellets or filament?

This material is supplied as PETG granulate in pellet form and has been developed for pellet extrusion systems, LFAM equipment and other large-scale additive manufacturing platforms.

Is drying required before processing?

Yes. Proper drying is recommended before processing to help achieve optimal print quality, dimensional stability and surface appearance. Refer to the processing guidelines for recommended drying conditions.

Is the material transparent?

Yes. This compound offers excellent optical clarity and light transmission

Are these PETG pellets manufactured from recycled content?

Yes. The material is produced using recycled PETG feedstock as part of the ReForm sustainability initiative.

Can this additive manufacturing material be machined or post-processed after printing?

Yes. Printed parts can be drilled, machined, sawed, polished, screwed or adhesive bonded, allowing efficient post-processing and integration into architectural, commercial and industrial applications.

Is the material CE-marked?

No. The material is supplied as a raw material and is not CE-marked as a construction product. Any certification, approval or regulatory compliance must be established for the final product in its intended enduse application.

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EasyFil ePLA is a premium grade virgin PLA pellet specifically engineered for Large Format Additive Manufacturing (LFAM). This high performance PLA material delivers exceptional printability, precise detailing, and excellent bed adhesion, with minimal warping. EasyFil ePLA pellets for LFAM reflect a strong commitment to sustainable manufacturing as they are made from renewable, bio-based raw materials.

These pellets are 100% recyclable and industrially compostable, offering an eco conscious solution for your large format 3D printing needs. Additionally, EasyFil ePLA pellets for LFAM are food contact compliant, making them safe and versatile for use across a wide range of industries and applications. Choose EasyFil ePLA pellets for sustainable, precision driven, and certified 3D printing performance for your LFAM projects.

Important key features

• Food Contact Compliant – Made with certified raw materials for safe, reliable use.
• High Precision Printing – Enables accurate, stable, and detailed 3D-printed parts.
  
• Optimized for LFAM – Consistent performance in large-format 3D printing environments
• 100% Recyclable – Supports circular production and sustainable workflows.
• Industrially Compostable – Meets strict environmental standards for responsible end-of-life disposal.

Suitable applications

• Prototyping – Perfect for the creation of full-scale prototypes and concept models, enabling faster design iterations for large products.
• Architectural Elements – Ideal for creating custom decorative or functional architectural components, offering flexibility and unique designs
• Customizable Parts – Supports tailored designs for unique and personalized applications
• Cosplay and Props –Ideal for creating large props, armor, and decorative items for events and entertainment.
• Cost-Efficient Part Production – Enables affordable manufacturing without compromising quality.
  

Storage and handling

EasyFil ePLA is an inert and safe material under standard storage conditions, presenting no significant hazards. To ensure maximum quality, stability, and long-term performance, proper storage practices are recommended.

For best results:

• Store in a tightly sealed container to protect against moisture absorption.
• Keep in a dry, cool, and well-ventilated environment.
• Avoid direct exposure to sunlight or intense artificial light to preserve material integrity.

Material properties

MFI (190°C, 2.16kg)
Density

Mechanical properties

Tensile strength
Tensile modulus
Elongation at break
Impact strength (Charpy, Notched)

Thermal properties

HDT-B
Glass transition Temperature
Melting Point

Typical value

4 g/10min
1,24 g/cm3

46 MPa
3530 MPa
4,9%
5 KJ/m2

55 °C
61 °C
155 °C

Test Method

ISO 1133-A
DSC

ISO-527
ISO-527
ISO-527
ISO 179-1eA

ISO 75
DSC
DSC

Processing Recommendations for EasyFil ePLA Pellets for LFAM

Pre-Drying: 4-6hrs at 85 °C (<100ppm)

For optimal 3D printing results it is recommended to pre-dry EasyFil ePLA pellets to a moisture below 100 ppm.

Zone 1: 185°C ±5 °C
Max temp: 210 °C

Zone 2: 195°C ±5 °C
Die temp: 200°C ±10 °C

Zone 3: 205°C ±5 °C

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ReForm rPLA is a premium bio-based, post-industrial recycled PLA compound, which is optimized for large format 3D printing. This material reflects a strong commitment to circular manufacturing and environmental responsibility. It is not only 100% recycled, it is also 100% recyclable and 100% industrially compostable.

Designed with an amorphous structure and high viscosity, ReForm rPLA delivers exceptional dimensional stability, making it ideal for Large Format Additive Manufacturing. It offers outstanding printability and produces scratch resistant parts with high surface quality. ReForm rPLA is made from food-contact compliant raw materials and is compatible with both FDM/FFF and LFAM technologies.

Important key features

• Food Contact Compliant – manufactured with certified raw materials for safe and reliable applications
• High Dimensional Stability & Scratch Resistance – ensures precise, durable, and long-lasting 3D-printed parts.
  
• Ideal for Large-Scale Prints – optimized for consistent performance in Large-Format Additive Manufacturing (LFAM).
• 100% Recycled & 100% Recyclable – designed to support a fully circular and sustainable production cycle
• Industrially Compostable – meets strict environmental standards for responsible end-of-life disposal.

Suitable applications

• Prototyping & Visual Models – perfect for creating accurate design concepts and validation samples
• Decorative & Artistic Objects – ideal for sustainable, high-quality artistic and creative 3D prints
• Customizable Parts – supports tailored designs for unique and personalized applications.
• Functional Prototypes – delivers the strength and precision required for testing and iteration
• Cost-Efficient Part Production – enables affordable manufacturing without compromising quality.
  

Storage and handling

ReForm rPLA is an inert and safe material under standard storage conditions, presenting no significant hazards. To ensure maximum quality, stability, and long-term performance, proper storage practices are recommended.

For best results:

• Store in a tightly sealed container to protect against moisture absorption.
• Keep in a dry, cool, and well-ventilated environment.
• Avoid direct exposure to sunlight or intense artificial light to preserve material integrity.

Material properties

MFR (190°C, 2.16kg)
Density

Mechanical properties

Tensile strength
Tensile modulus
Elongation at break
Impact strength (Charpy Notched)

Thermal properties

HDT-B
Glass transition Temperature
Melting Point

Typical value

4 g/10min
1,24 g/cm3

42 MPa
3350 MPa
4,7%
4,8 KJ/m2

54 °C
60 °C
155 °C

Test Method

ISO 1133-A
DSC

ISO-527
ISO-527
ISO-527
ISO 179-1eA

ISO 75
DSC
DSC

Processing Recommendations for ReForm rPLA Pellets for LFAM

Pre-Drying: 4-6hrs at 85 °C (<100ppm)

For optimal 3D printing results it is recommended to pre-dry ReForm rPLA pellets to a moisture content below 100 ppm.

Zone 1: 185°C ±5 °C
Max temp: 210 °C

Zone 2: 195°C ±5 °C
Die temp: 200°C ±10 °C

Zone 3: 205°C ±5 °C

Product export information

Have a larger order? Reach out to our team!

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ReForm rPLA Matt UV for LFAM – Mineral-Filled PLA with Natural Matte Finish and High Material Density

ReForm rPLA Matt UV for LFAM is a high-performance, mineral-filled PLA compound specifically engineered for Large Format Additive Manufacturing (LFAM) applications. This sustainable material delivers a aesthetically pleasing, naturally matte surface finish while maintaining excellent mechanical strength and process stability.

Enhanced Material Density & Premium Matte Surface

Finish ReForm rPLA Matt UV is approximately 15% heavier than standard PLA, due to its high mineral content. This increased material density contributes to a more substantial, solid feel in printed parts. The combination of higher weight and a natural matte finish results in printed objects that eliminate the typical “plastic look” often associated with conventional PLA. Instead, parts achieve a more professional, stylish, and high-end appearance. This makes ReForm rPLA Matt UV ideal for architectural components, design objects, and functional end-use applications where visual quality matters.

UV-Stabilized for Outdoor Durability and UV-Exposed Parts

Our ReForm rPLA Matt UV compound is enhanced with UV stabilizers, which ensure improved resistance to sunlight exposure. Printed parts retain their visual and mechanical integrity over time. This makes ReForm rPLA Matt UV a suitable LFAM material for both indoor and outdoor LFAM applications.

Excellent Mechanical Performance & Optimized Flow Behavior for LFAM

Our mineral-filled formulation enhances stiffness and dimensional stability while maintaining reliable strength. The mineral reinforcement enhances rigidity while maintaining excellent processability. This makes the material well-suited for large-format industrial prints requiring durability and precision. Its excellent melt flow and consistent extrusion performance result in a user-friendly mineral-filled PLA compound with optimized flow behavior. This ensures smooth printing, reduced warping, and perfect layer adhesion for all your LFAM projects.

ReForm rPLA Matt UV for LFAM is the ideal solution for manufacturers seeking a sustainable, mineralenhanced PLA material that delivers both superior aesthetics and reliable large-format additive manufacturing (LFAM) performance.

Key Features of ReForm rPLA Matt UV Pellets for LFAM

• High mineral-filled PLA – Eliminates the plastic look & feel by producing more dense 3D printed parts with a refined matte surface finish.
• UV-stabilized – Offers versatility for both indoor & outdoor applications
  
• Excellent processability – Plug and play LFAM material with optimized flow behavior and extrusion performance
• High dimensional accuracy – The high mineral content minimizes warpage and enhances the stiffness and dimensional stability of LFAM printed parts.
• European-Made Quality Compound – Manufactured in Europe using high-grade recycled PLA and mineral fillers, ensuring consistent quality, reliability, and traceability throughout the production process.
  

Suitable Applications of ReForm rPLA Matt UV Pellets for LFAM

• Architectural and decorative elements.
• Indoor and outdoor furniture.
• Vases, planters, and landscape elements.
• Indoor and outdoor installations.
  

Storage and handling

ReForm rPLA Matt UV is considered an inert and safe material under standard storage conditions, presenting no significant hazards. To ensure maximum quality, stability, and long-term performance, proper storage practices are recommended.

For best results:

• Store in a tightly sealed container to protect against moisture absorption.
• Keep in a dry, cool, and well-ventilated environment.
• Avoid direct exposure to sunlight or intense artificial light to preserve material integrity.

Material properties

MFR (190°C, 2.16kg)
Density (23°C)
Moisture content

Mechanical properties

Tensile stress at yield
Tensile elongation at yield
Tensile modulus
Flexural stress
Flexural modulus
Charpy Notched Impact Strength
Shore Hardness

Thermal properties

HDT
Melt temperature

Typical value

2.6 g/10min
1,42 g/cm3
<0,03%

32 MPa
3.7%
1850 MPa
52 MPa
1870 MPa
5 KJ/m2
72D

~60 °C
170 - 205 °C

Test Method

ISO 1133
ISO 1183
ISO 787/2

ISO 527
ISO 527
ISO 527
ISO 178
ISO 178
ISO 179
ISO 868

Processing Recommendations for ReForm rPLA Matt UV Pellets for LFAM

Pre-Drying: 4-6hrs at ~65-70 °C (<100ppm)

For optimal 3D printing results it is recommended to pre-dry ReForm rPLA Matt UV pellets to a moisture content below 100 ppm.

Zone 1: 180°C ±10 °C
Max temp: 210 °C

Zone 2: 190°C ±10 °C
Die temp: 190°C ±20 °C

Zone 3: 200°C ±10 °C

Product export information

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Centaur PP is a high performance polypropylene (PP) granulate specifically engineered for Large Format Additive Manufacturing (LFAM). This advanced material delivers exceptional layer adhesion, resulting in Z strength values that rival injection molded polypropylene. With an elongation at break of nearly 650%, Centaur PP offers a unique combination of flexibility, toughness, and long term durability.

As a slightly soft and flexible polypropylene, Centaur PP delivers superior impact resistance and reliable performance. Its heat resistance above 100 °C makes it a highly versatile material for demanding industrial and consumer applications. With its unique combination of printability, toughness, chemical resistance, and thermal stability, Centaur PP stands out as a premium polypropylene material for LFAM 3D printing. It is the ideal choice for manufacturers seeking lightweight, impact resistant, and highly durable components across a wide range of industries.

Important key features

• Optimized for LFAM – Easy-to-print polypropylene granulate designed for reliable performance in large format 3D printing.
• Food-Contact Compliant – Safe for direct use in food-related applications and regulated environments.
• Dishwasher & Microwave Safe – Maintains integrity under heat and moisture exposure.
• Lightweight Density (0.9 g/cc) – Ideal for weight-sensitive designs and portable components.
• Excellent Chemical Resistance – Withstands exposure to a wide range of industrial substances.
• Watertight Printing – Delivers leak-proof results, even with single-wall prints.
• Enhanced Wear & Fatigue Resistance – Durable under mechanical stress and repetitive use.
• Long-Term Reliability – Proven performance across diverse environmental conditions.

Suitable applications

• Prosthetics and orthotics – Lightweight, strong, and skin-contact safe.
• Orthopedics – durable and impact-resistant for medical applications.
• Household appliances – Heat- and wear-resistant components for daily use.
• Food contact applications – Compliant, dishwasher safe, and microwave resistant.
• Lightweight & durable parts – Ideal for industries where strength-to-weight ratio matters.

Storage and handling

Centaur PP is considered an inert and safe material under standard storage conditions, presenting no significant hazards. To ensure maximum quality, stability, and long-term performance, proper storage practices are recommended.

For best results:

• Store in a tightly sealed container to protect against moisture absorption.
• Keep in a dry, cool, and well-ventilated environment.
• Avoid direct exposure to sunlight or intense artificial light to preserve material integrity.

Material properties

MFR (230°C, 2.16kg)
Density

Mechanical properties

Tensile strength at yield
Tensile strength at break
Flexural modulus
Elongation at yield
Elongation at break
Impact strength (Izod Notched 23°C)
Shore Hardness

Thermal properties

Vicat Softening Temperature
Melting Point

Typical value

7.8 g/10min
0,9 g/cm3

15,8 MPa
26,2 MPa
402 MPa
27%
642%
30 KJ/m2
50D

103 °C
170 °C

Test Method

ISO 1183
DSC

ASTM D638
ASTM D638
ASTM D790
DSC
ASTM D638
ISO 179-1eA
DSC

DSC

Processing Recommendations for Centaur PP Pellets for LFAM

Pre-Drying: Not required

Centaur PP is a non-hygroscopic polymer and does not absorb moisture into its internal structure.

Zone 1: 200°C ±20 °C
Max temp: 240 °C

Zone 2: 210°C ±20 °C
Die temp: 240°C ±10 °C

Zone 3: 220°C ±20 °C

Product export information

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Centaur PP Medical is a high-performance medical graded polypropylene (PP) granulate specifically engineered for Large-Format Additive Manufacturing (LFAM). Our Centaur PP Medical pellets comply with the following ISO tests and U.S. Pharmacopeia (USP) guidelines for plastics:

• ISO 10993-4: test of hemocompatibility;
• ISO 10993-5 tests for in vitro cytotoxicity;
• ISO 10993-10 tests for irritation and skin sensitization;
• ISO 10993-11 tests for systemic toxicity;
• USP 661.1 guidelines for making pharmaceutical packaging systems;
• USP Class VI classification for the biological reactivity of plastics and materials.

Next to complying to the abovementioned medical standard, Centaur PP Medical delivers exceptional layer adhesion, resulting in Z-strength values that rival injection-molded polypropylene. With an elongation at break of nearly 650%, Centaur PP Medical offers a unique combination of flexibility, toughness, and long-term durability. As a slightly soft and flexible polypropylene, Centaur PP Medical delivers superior impact resistance and reliable performance. Its heat resistance above 100 °C makes it a highly versatile material for demanding medical applications.

Centaur PP Medical is the ideal choice for manufacturers seeking lightweight, impact-resistant and durable components in their medical applications.

Important key features

• Medical Graded Polypropylene (PP) – compliant to ISO 10993-4, ISO 10993-5, ISO 10993-10, ISO 10993-11, USP 661.1, and USP Class VI.
• Optimized for LFAM – Easy-to-print medical graded polypropylene granulate designed for reliable performance in large-format 3D printing.
  
• Food-Contact Compliant – Safe for direct use in food-related applications and regulated environments.
• Lightweight Density (0.9 g/cc) – Ideal for weight-sensitive designs and portable components.
  
• Watertight Printing – Delivers leak-proof results, even with single-wall prints.
• Enhanced Wear & Fatigue Resistance – Durable under mechanical stress and repetitive use.
• Long-Term Reliability – Proven performance across diverse environmental conditions.
  
  

Suitable applications

• Prosthetics and orthotics – Lightweight, strong, and skin-contact safe.
• Orthopedics – durable and impact-resistant for medical applications.
• Medical containers – Heat- and wear-resistant components for frequent usage.
• Food contact applications – Compliant, dishwasher safe, and microwave resistant.
• Lightweight & durable parts – Ideal for medical applications where strength-to-weight ratio matters.
  

Processing

Pre-Drying: Not required

Centaur PP Medical is a non-hygroscopic polymer and does not absorb moisture into its internal structure

Zone 1: 200°C ±20 °C
Max temp: 240 °C

Zone 2: 210°C ±20 °C
Die temp: 240°C ±10 °C

Zone 3: 220°C ±20 °C

Storage and handling

Centaur PP Medical is considered an inert and safe material under standard storage conditions, presenting no significant hazards. To ensure maximum quality, stability, and long-term performance, proper storage practices are recommended.

For best results:

• Store in a tightly sealed container to protect against moisture absorption.
• Keep in a dry, cool, and well-ventilated environment.
• Avoid direct exposure to sunlight or intense artificial light to preserve material integrity.

Material properties

MFR (230°C, 2.16kg)
Density

Mechanical properties

Tensile strength at yield
Tensile strength at break
Flexural modulus
Elongation at yield (23°C, 50mm/min)
Elongation at break (23°C, 50mm/min)
Impact strength (Izod notched 23°C)
Shore hardness

Thermal properties

Vicat Softening Temperature
Melting Point

Typical value

7.8 g/10min
0,9 g/cm3

15,8 MPa
26,2 MPa
402 MPa
27%
642%
30 KJ/m2
50D

103 °C
170 °C

Test Method

ISO 1183
DSC

ASTM D638
ASTM D638
ASTM D790
DSC
ASTM D638
ISO 179-1 eA
DSC

DSC
-

Product export information

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Looking for a Safety or Technical Data Sheet? Reach out to our team, and we'll get right back to you!

ReForm rPP GF10 UV is a high-performance recycled polypropylene (rPP) composite reinforced with 10% glass fibers. It is specifically engineered for Large Format Additive Manufacturing (LFAM) applications. This advanced 3D printing material combines lightweight performance with enhanced stiffness, excellent dimensional stability, and reduced warpage. This makes ReForm rPP GF10 UV an ideal solution for largeformat additive manufacturing (LFAM) applications where weight control and structural integrity are critical.

With integrated UV stabilization, ReForm rPP GF10 UV is designed for both indoor and outdoor LFAM applications. It delivers long-term durability under sunlight exposure and challenging environmental conditions. This ensures reliable performance in the most demanding LFAM applications.

Developed using FormFutura’s proprietary low-warp technology, ReForm rPP GF10 UV offers excellent processability compared to alternative materials on the market. The optimized 10% glass fiber content provides improved impact resistance and balanced mechanical strength while maintaining smooth extrusion behavior and superb interlayer adhesion. The result is consistent print quality, reduced shrinkage, and dependable large-part production.

ReForm rPP GF10 UV is a versatile and cost-efficient LFAM material for manufacturers seeking a durable, UV resistant, low-moisture-absorbing solution for structural and semi-structural components. It is particularly suitable for applications requiring lightweight design, chemical resistance, and outdoor performance at scale.

Key Features of ReForm rPP GF10 UV Pellets for LFAM

• Recycled, high-performance PP composite truly optimized for LFAM with minimized warpage;
  
• 10% chemically coupled glass fiber reinforcement for balanced stiffness and impact strength;
  
• Maximum UV resistance for prolonged outdoor exposure;
  
• High Chemical Resistance and Strong Heat Resistance;
  
• European-Made Quality Compound. ​
  

Typical Applications of ReForm rPP GF10 UV Pellets for LFAM

• Industrial Equipment & Machine Components – Manufacturing large housings, covers, guards, ducts, lightweight structural panels, and functional enclosures;
  
• Outdoor & Infrastructure Parts – 3D printing utility enclosures, electrical cabinets, agricultural components, outdoor furniture parts, and protective casings;
  
• Marine & Water-Adjacent Applications – Printing boat components, dock accessories, floating elements, buoys, and protective covers;
  
• Construction & Building Systems – Producing temporary structures, ventilation systems, protective panels, and modular building elements;
• ​ Automotive & Transportation – 3D printing exterior body panels (non-Class A), battery housings, underbody shields, fairings, transport covers, and lightweight enclosures.

Specifications

Material properties

MFI (230°C, 2.16kg)
Density (23°C)
Moisture Content

Mechanical properties

Tensile strength (5mm/min)
Elongation at break
Tensile E-modulus (1mm/min)
Charpy impact strength (23°C notched)

Thermal properties

HDT A
HDT B
Melt Temperature

Typical value

5,5 g/10min
0,95 g/cm3
<0,2%

30 MPa
6,5%
2100MPa
32 KJ/m2

104°C
115°C
190 - 250°C

Test Method

ISO 1133
ISO 1183

ISO 527
ISO 527
ISO 527
ISO 179

ISO 75
ISO 75
-

Storage and handling for ReForm rPP GF10 UV Pellets for LFAM

ReForm rPP GF10 UV is considered an inert and safe material under standard storage conditions, presenting no significant hazards. To ensure maximum quality, stability, and long-term performance, proper storage practices are recommended.

For best results:

• Store in a tightly sealed container to protect against moisture absorption.
• Keep in a dry, cool, and well-ventilated environment.
• Avoid direct exposure to sunlight or intense artificial light to preserve material integrity.

By following these guidelines, ReForm rPP GF10 UV will maintain its reliability and print performance over time.

Processing ReForm rPP GF10 UV Pellets for LFAM

Drying: 3-4hrs at 60-70 °C (<100ppm)

For optimal 3D printing results it is recommended to pre-dry ReForm rPP GF10 UV pellets to a moisture content below 100 ppm using a dryer with dehumidifier.

Zone 1: 210°C ±20°C
Max temp: 250°C

Zone 2: 220°C ±20 °C
Die temp: 230°C ±20 °C

Zone 3: 230°C ±20 °C

Product export information

Looking for a Safety or Technical Data Sheet? Reach out to our team, and we'll get right back to you!

ReForm rPP GF30 UV is a high-performance, recycled polypropylene (rPP) composite reinforced with 30% glass fibers. It is specifically engineered for Large Format Additive Manufacturing (LFAM) applications. This advanced 3D printing material is designed for demanding industrial environments and delivers an excellent stiffness-to-weight ratio, reduced warpage, and outstanding mechanical and dimensional stability. This makes ReForm rPP GF30 UV a highly versatile solution for large-scale additive manufacturing.

Thanks to its enhanced UV stabilization, ReForm rPP GF30 UV is perfectly suited for both indoor and outdoor 3D printing applications, where long-term exposure to sunlight and environmental conditions is required.

Built on FormFutura’s proprietary low-warp technology, ReForm rPP GF30 UV is among the easiest-to-process glass fiber–reinforced polypropylene materials available for LFAM. This compound is truly LFAM-optimized. It enables users to produce large, lightweight structures with excellent layer adhesion, consistent print quality, and reliable performance.

ReForm rPP GF30 UV is a proven workhorse material for LFAM, which makes it the material of choice for applications that demand high stiffness, durability, UV resistance, and low moisture absorption at large scale. It is well suited for marine and water-adjacent applications, industrial tooling, outdoor components, transportation parts, infrastructure elements, and other functional LFAM applications.

Important key features

• Recycled, high-performance PP composite truly optimized for LFAM with minimized warpage;
• 30% chemically coupled glass fiber reinforcement for enhanced stiffness and structural strength;
• Maximum UV resistance for prolonged outdoor exposure;
• High Chemical Resistance and High Heat Resistance;
  
• European-Made Quality Compound.
  
  

Suitable applications

• Industrial Equipment & Machine Components – Manufacturing large housings, covers, guards, ducts, and structural panels;
• Outdoor & Infrastructure Parts – 3D printing utility enclosures, electrical cabinets, agricultural equipment parts, and outdoor furniture components;
• Marine & Water-Adjacent Applications – Printing boat components, dock accessories, buoys, and protective covers;
• Construction & Building Systems – Producing temporary structures, ventilation ducts, and protective panels;
• Automotive & Transportation – 3D printing exterior body panels (non-Class A), battery housings, underbody shields, truck fairings, covers, and enclosures.
  

Processing

For optimal 3D printing results it is recommended to pre-dry ReForm rPP GF30 UV pellets to a moisture content below 100 ppm using a dryer with dehumidifier.

Drying: 3-4hrs at 60-70 °C (<100ppm)
Zone 1: 210°C ±20 °C
Max temp: 250 °C

Zone 2: 220°C ±20 °C
Die temp: 230°C ±30 °C

Zone 3: 230°C ±20 °C

Storage and handling

ReForm rPP GF30 UV is considered an inert and safe material under standard storage conditions, presenting no significant hazards. To ensure maximum quality, stability, and long-term performance, proper storage practices are recommended.

For best results:

• Store in a tightly sealed container to protect against moisture absorption.
• Keep in a dry, cool, and well-ventilated environment.
• Avoid direct exposure to sunlight or intense artificial light to preserve material integrity.

Material properties

MFR (230°C, 2.16kg)
Density (23°C)
Moisture content

Mechanical properties

Tensile strength (5mm/min)
Elongation at break (5mm/min)
Tensile E-modulus (1mm/min)
Charpy notched impact strength (23°C)

Thermal properties

HDT A
HDT B
Melt temperature

Typical value

3.5 g/10min
1,10 g/cm3
<0,2%

45 MPa
6%
4500 MPa
44KJ/m2

135 °C
150 °C
190 - 250 °C

Test Method

ISO 1183
ISO 1183

ISO 527
ISO 527
ISO 527
ISO 179

ISO 75
ISO 75

Product export information

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ReForm rPP Wood UV for LFAM is a premium, highly wood-filled and recycled polypropylene (rPP) granulate optimized for Large-Format Additive Manufacturing (LFAM). This unique 3D printing material is enhanced with additional UV stabilization and offers excellent durability for both indoor and outdoor applications. Printed parts with ReForm rPP Wood UV feature an authentic wood-like finish that can be customized through processing parameters. Larger nozzle sizes create a more textured, rustic surface, while smaller nozzle sizes enable a smoother, refined finish. The high wood fiber content allows users to fine-tune extrusion temperatures to achieve lighter or darker wood tones. Higher temperatures increase fiber charring, resulting in a deeper, darker wood effect.

This thermal flexibility enables designers and manufacturers to create unique surface textures and line patterns directly during printing. Please note that operating at elevated temperatures may increase the risk of material warpage. ReForm rPP Wood UV is ideal for a wide range of LFAM applications, including wall panels, furniture, façades, textured surfaces, vases, planters, and many other interior and exterior components. Its combination of aesthetic appeal, UV resistance, and structural performance makes ReForm rPP Wood UV a versatile solution for both functional and decorative large-scale 3D printing projects.

Key features of ReForm rPP Wood UV Pellets for LFAM

• High Wood Content – Delivers an authentic, natural wood appearance with customizable roughness and light-to-dark wood tones.
• Indoor & Outdoor Versatility – Suitable for both interior and exterior applications, including demanding environmental conditions.
• Customizable Surface Finish – Achieve textured, rustic surfaces with large nozzles or smooth, refined finishes with smaller nozzle sizes.
• Thermal Aesthetic Control – Adjustable processing temperatures allow for unique color variations and line structures within a single print.
• European-Made Quality Compound – Manufactured in Europe using high-grade recycled PP, ensuring consistent quality, reliability, and traceability throughout the production process.

Suitable Applications of ReForm rPP Wood UV Pellets for LFAM

• ​Architectural wall panels and decorative elements.
• Indoor and outdoor furniture.
• Building façades and cladding components.
• Rough-top and textured surface applications.
• Vases, planters, and landscape elements.
  
  

Specifications

Material properties

MFI 230°C, 2.16kg)
Density (23°C)
Moisture content

Mechanical properties

Tensile strength (5mm/min)
Elongation at brake (5mm/min)
Tensile E-modulus (1mm/min)
Charpy notched impact strength (23°C)

Thermal properties

HDT
Melt temperature

Typical value

7g/10min
1,12g/cm3
<0,3%

19 MPa
9%
2000 MPa
10 KJ/m2

92°C
170 - 200°C

Test Method

ISO 1133
ISO 1183

ISO 527
ISO 527
ISO 527
ISO 179

Storage and handling of ReForm rPP Wood UV Pellets for LFAM

ReForm rPP Wood UV is considered an inert and safe material under standard storage conditions, presenting no significant hazards. To ensure maximum quality, stability, and long-term performance, proper storage practices are recommended.

For best results:

• Store in a tightly sealed container to protect against moisture absorption.
• Keep in a dry, cool, and well-ventilated environment.
• Avoid direct exposure to sunlight or intense artificial light to preserve material integrity.

By following these guidelines, ReForm rPP Wood UV will maintain its reliability and print performance over time.

Processing Recommendations for ReForm rPP Wood UV Pellets for LFAM

Pre-Drying: 3-4hrs at 60-70 °C (<100ppm)

For optimal 3D printing results, it is recommended to pre-dry ReForm rPP Wood UV pellets to a moisture content below 100 ppm.

Zone 1: 180°C ±10°C
Max temp: 210°C

Zone 2: 190°C ±10 °C
Die temp: 200°C ±20 °C

Zone 3: 200°C ±10 °C

Product export information

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FormFutura’s PLA Matting Agent is a high-quality, mineral-based masterbatch designed to give your PLA prints a premium matte surface finish. Supplied in convenient pellet form, it can be easily blended with PLA granulate to achieve a refined, non glossy appearance for more professional and visually appealing 3D printed parts.

Beyond improved aesthetics, our PLA Matting Agent also enhances the mechanical performance of your PLA prints. When added to your PLA formulation, it significantly increases stiffness and impact strength, resulting in stronger, more durable, and dimensionally stable printed components.

Ideal for both functional prototypes and consumer grade products, FormFutura’s PLA Matting Agent helps you achieve superior surface quality, improved mechanical properties, and an overall elevated look and feel in your PLA 3D printing applications.

Storage and handling

PLA Matting Agent is considered an inert and stable material under normal storage conditions and does not pose significant hazards. To maintain its quality and mechanical performance, proper storage practices are essential.

For best results, store the PLA Matting Agent in a tightly sealed container within a dry, cool, and well-ventilated environment. Exposure to direct sunlight or UV light should be avoided to preserve the material’s properties and ensure consistent processing performance over time.

By following these guidelines, manufacturers can safeguard the long-term stability of PLA Matting Agent and ensure optimal results during LFAM processing.

Material properties

MFI (210°C, 2.16kg)
Density (23°C)

Thermal properties

Melting temperature range

Typical value

5,5 g/10min
1,75 g/cm3

150 - 200 °C

Test Method

ISO 1133-A

Processing

Pre-Drying: 4-6hrs at 80 °C (<100ppm)

Product export information

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FormFutura Universal Masterbatches are specifically suited for Large Format Additive Manufacturing (LFAM). You now only need 1 universal masterbatch to color your LFAM projects. Regardless of which thermoplastic you use. FormFutura Universal Masterbatches work with all thermoplastics and thermoplastic processing methods.

Our Universal Masterbatches are supplied in solid pellet form and provide reliable and uniform coloration for all thermoplastics, regardless of the base material used. FormFutura Universal Masterbatches can be applied across all LFAM materials, such as PLA, PETG, PP, PA, and many more. This means one single masterbatch solution for all your LFAM projects. This unique coloring solution will dramatically reduce material complexity, inventory costs, and setup time.

Optimized for Large-Scale 3D Printing & Industrial Throughput

FormFutura Universal Masterbatches combine a high pigment concentration and high color strength with a superior dispersion ratio. This means that you can use lower dosing levels while maintaining intense and uniform color throughout large 3D printed parts.

Compared to conventional masterbatches, this results in:

• Lower masterbatch consumption;
• Reduced risk of color variation in large 3D prints;
• Cost-efficient colorization for your LFAM projects;
• Sustainable, compliant & application-ready LFAM production

Key Features for LFAM Applications using FormFutura Universal Masterbatches

• Supplied in solid pellet form – optimized for LFAM pellet extrusion systems;
• Universal compatibility with all thermoplastics used in LFAM;
• One masterbatch for all materials, simplifying LFAM workflows;
• UV stabilized for large outdoor 3D printed parts;
  
• Food contact compliant – for functional and regulated applications;
• Dosing: approx. 0.1% – 5%, depending on opacity; 1% – 3% dosing for solid, opaque coloration in LFAM prints;
• Mixable colors for custom LFAM color development.

Storage and handling

FormFutura Universal Masterbatches for LFAM are considered an inert and stable material under normal storage conditions and do not pose significant hazards. To maintain its quality, and mechanical performance, proper storage practices are essential.

For best results, store Universal Masterbatch in a tightly sealed container within a dry, cool, and well-ventilated environment. Avoid temperatures below 15ºC or above 35ºC. Exposure to direct sunlight or UV light should be avoided to preserve the material’s properties and ensure consistent processing performance over time.

By following these guidelines, manufacturers can safeguard the long-term stability of FormFutura Masterbatches and ensure optimal results during LFAM processing.

Product export information

Disclaimer

The product and technical data provided in this datasheet are correct to the best of FormFutura BV’s knowledge and are intended solely for reference and comparison purposes. Actual values may vary depending on printing conditions, model complexity, environmental factors, and other variables. Typical values are indicative only and do not constitute binding specifications.

All other information supplied, including that contained herein, is believed to be accurate but is provided on the express condition that the customer is responsible for making its own assessment to determine the product’s suitability for a particular purpose.

FormFutura BV makes no warranties, express or implied, including but not limited to warranties of merchantability, fitness for a particular purpose, satisfactory quality, non-infringement of intellectual property, or any other matter, with respect to the information provided or the products described herein. No warranty shall be implied from the provision of such information or products, or from the results obtained from their use.

Looking for a Safety or Technical Data Sheet? Reach out to our team, and we'll get right back to you!