Produkte von BCN3D aus der Kategorie Filament & Resin > Hersteller > BCN3D

Overview

ABS (acrylonitrile butadiene styrene) is one of the most common technical materials in several industries around the globe. Its an engineering material which combines rigidity and resistance to impacts. It is the ideal material for technical applications and moving parts.

Traditionally a challenging material to print with FFF printers, it has been re-formulated to ensure good interlayer adhesion and to reduce warping. Our grade allows for excellent dimensional accuracy and high durability.

Compatibility: Find out the BCN3D printers and filaments compatibility

Applications

• Parts under high mechanical stress
• Strong prototypes and end-use parts
• Aesthetic models
• Commonly used on electronic or appliances cases, suitcases and phones
• Precision fits, knobs, lids and buttons
• Rigid models with snap-fit joints

Properties

• Attractive matt surface quality
• Good stiffness and dimensional stability
• High impact resistance, even at low temperature (-10 ºC)
• Good heat resistance, up to 100 ºC
• Improved printability
• Water resistant
• Low resistance to organic solvents

Technical information

High temperature material that can take a hit

ABS is able to withstand high service temperature. Moreover, its excellent impact strength makes it ideal for those applications where vibrations or blows would fracture materials such as PLA or PET-G.

High thermal and mechanical resistance

ABS is perfect for creating parts that are very mechanically resistant, with high thermal resistance properties, as well.

Highly-functional and mechanically strong parts

ABS is ideal for parts under high mechanical stress with and attractive matt finish.

Validate prototypes

Its great mechanical and thermal behavior make ABS the ideal material for testing prototypes before entering full production.

Overview

ABS (acrylonitrile butadiene styrene) is one of the most common technical materials in several industries around the globe. Its an engineering material which combines rigidity and resistance to impacts. It is the ideal material for technical applications and moving parts.

Traditionally a challenging material to print with FFF printers, it has been re-formulated to ensure good interlayer adhesion and to reduce warping. Our grade allows for excellent dimensional accuracy and high durability.

Compatibility: Find out the BCN3D printers and filaments compatibility

Applications

• Parts under high mechanical stress
• Strong prototypes and end-use parts
• Aesthetic models
• Commonly used on electronic or appliances cases, suitcases and phones
• Precision fits, knobs, lids and buttons
• Rigid models with snap-fit joints

Properties

• Attractive matt surface quality
• Good stiffness and dimensional stability
• High impact resistance, even at low temperature (-10 ºC)
• Good heat resistance, up to 100 ºC
• Improved printability
• Water resistant
• Low resistance to organic solvents

Technical information

High temperature material that can take a hit

ABS is able to withstand high service temperature. Moreover, its excellent impact strength makes it ideal for those applications where vibrations or blows would fracture materials such as PLA or PET-G.

High thermal and mechanical resistance

ABS is perfect for creating parts that are very mechanically resistant, with high thermal resistance properties, as well.

Highly-functional and mechanically strong parts

ABS is ideal for parts under high mechanical stress with and attractive matt finish.

Validate prototypes

Its great mechanical and thermal behavior make ABS the ideal material for testing prototypes before entering full production.

Overview

BVOH (Butenediol vinyl alcohol copolymer) is a water-soluble thermoplastic optimized for the FFF manufacturing process. Our BVOH extends the compatibility with most of BCN3D filaments and can be easily printed to create the support and then dissolved with ordinary water. In comparison with PVA, BVOH supports allow to achieve better surface quality, to orientate the part to get better mechanical properties and even to print multi-component models and mechanisms with a fastest dissolution and easier to remove.

Compatibility: Find out the BCN3D printers and filaments compatibility

Applications

• Water-soluble supports for partially enclosed cavities and complex geometries
• Smooth finish on functional prototypes
• Sacrificial molds
• Movable mechanisms
• Hollow parts

Properties

• Water-soluble material
• Compatible with PLA, Tough PLA, PET-G, TPU 98A, ABS, PA and PAHT CF15
• Fastest dissolution
• Easy to remove inside small parts
• Less clogging issues
• Highly hygroscopic

Technical information

Dissolution time BVOH vs PVA

BVOH is an outstanding support material for dual extrusion with record dissolution times in water compared with PVA. During the solubility test, BVOH shows dissolution times in water two times faster than PVA.

Wide compatibility with BCN3D Filaments portfolio

 BVOH is compatible with most of the BCN3D Filaments and can be easily printed to create the support and then dissolved with ordinary water.

Printing of large overhangs

Our BVOH is compatible with PLA, PET-G, ABS, TPU, PA and PAHT CF15, thus allowing the creation of water-soluble support structures for the printing of parts also when using highly technical materials.

Printing of complex parts

Exceptional quality of the surfaces in contact with the supports and easy removal of the support even in hard-to-reach geometries.

Support for technical materials

Excellent compatibility and adhesion with ABS and exceptional quality of the surface in contact with the support material.

Overview

Tough PLA (Polylactic Acid) is engineered for its high impact resistance and strength, similar to those of ABS, in combination with the stiffness of PLA. This material shows excellent results in layer adhesion and is the perfect match for tooling or manufacturing aids where a high impact is needed. Tough PLA is an easy to print material with a very good surface quality.

Compatibility: Find out the BCN3D printers and filaments compatibility

Applications

• High impact and stiffness
• Easy to print
• Excellent surface quality
• Alternative to ABS

Properties

• Attractive matt surface quality
• Good stiffness and dimensional stability
• High impact resistance, even at low temperature (-10 ºC)
• Good heat resistance, up to 100 ºC
• Improved printability
• Water resistant
• Low resistance to organic solvents

Technical information

Ideal for manufacturing stiff parts

Tough PLA is 50% stiffer than ABS, and has the right balance of toughness and stiffness.

Post-processing tooling

Tooling designed to make holes at 120º of separation in injected parts. After manufacturing the parts without the holes in order to simplify the molds and save costs, this tooling allows for easier post-processing of the final part.

Customized tooling

Large-size tooling customized to fit a specific large aluminum profile. The tooling adapts to the machinery and fixes the metalic profile for more convenient post-processing.

Positioning tooling

Tooling used in the BCN3D production line to ensure the correct positioning of the LEDs during the assembly process. The color is used as a visual code to determine whether it is for one product or another.

Post-processing tooling

Tooling designed to make holes at 120º of separation in injected parts. After manufacturing the parts without the holes in order to simplify the molds and save costs, this tooling allows for easier post-processing of the final part.

Positioning tooling

Tooling used in the BCN3D production line to ensure the correct positioning of the LEDs during the assembly process.

Positioning tooling

Tooling used on the BCN3D production line to ensure correct positioning of the tacks to hold the flat cables.

Overview

Tough PLA (Polylactic Acid) is engineered for its high impact resistance and strength, similar to those of ABS, in combination with the stiffness of PLA. This material shows excellent results in layer adhesion and is the perfect match for tooling or manufacturing aids where a high impact is needed. Tough PLA is an easy to print material with a very good surface quality.

Compatibility: Find out the BCN3D printers and filaments compatibility

Applications

• High impact and stiffness
• Easy to print
• Excellent surface quality
• Alternative to ABS

Properties

• Attractive matt surface quality
• Good stiffness and dimensional stability
• High impact resistance, even at low temperature (-10 ºC)
• Good heat resistance, up to 100 ºC
• Improved printability
• Water resistant
• Low resistance to organic solvents

Technical information

Ideal for manufacturing stiff parts

Tough PLA is 50% stiffer than ABS, and has the right balance of toughness and stiffness.

Post-processing tooling

Tooling designed to make holes at 120º of separation in injected parts. After manufacturing the parts without the holes in order to simplify the molds and save costs, this tooling allows for easier post-processing of the final part.

Customized tooling

Large-size tooling customized to fit a specific large aluminum profile. The tooling adapts to the machinery and fixes the metalic profile for more convenient post-processing.

Positioning tooling

Tooling used in the BCN3D production line to ensure the correct positioning of the LEDs during the assembly process. The color is used as a visual code to determine whether it is for one product or another.

Post-processing tooling

Tooling designed to make holes at 120º of separation in injected parts. After manufacturing the parts without the holes in order to simplify the molds and save costs, this tooling allows for easier post-processing of the final part.

Positioning tooling

Tooling used in the BCN3D production line to ensure the correct positioning of the LEDs during the assembly process.

Positioning tooling

Tooling used on the BCN3D production line to ensure correct positioning of the tacks to hold the flat cables.

Overview

Tough PLA (Polylactic Acid) is engineered for its high impact resistance and strength, similar to those of ABS, in combination with the stiffness of PLA. This material shows excellent results in layer adhesion and is the perfect match for tooling or manufacturing aids where a high impact is needed. Tough PLA is an easy to print material with a very good surface quality.

Compatibility: Find out the BCN3D printers and filaments compatibility

Applications

• High impact and stiffness
• Easy to print
• Excellent surface quality
• Alternative to ABS

Properties

• Attractive matt surface quality
• Good stiffness and dimensional stability
• High impact resistance, even at low temperature (-10 ºC)
• Good heat resistance, up to 100 ºC
• Improved printability
• Water resistant
• Low resistance to organic solvents

Technical information

Ideal for manufacturing stiff parts

Tough PLA is 50% stiffer than ABS, and has the right balance of toughness and stiffness.

Post-processing tooling

Tooling designed to make holes at 120º of separation in injected parts. After manufacturing the parts without the holes in order to simplify the molds and save costs, this tooling allows for easier post-processing of the final part.

Customized tooling

Large-size tooling customized to fit a specific large aluminum profile. The tooling adapts to the machinery and fixes the metalic profile for more convenient post-processing.

Positioning tooling

Tooling used in the BCN3D production line to ensure the correct positioning of the LEDs during the assembly process. The color is used as a visual code to determine whether it is for one product or another.

Post-processing tooling

Tooling designed to make holes at 120º of separation in injected parts. After manufacturing the parts without the holes in order to simplify the molds and save costs, this tooling allows for easier post-processing of the final part.

Positioning tooling

Tooling used in the BCN3D production line to ensure the correct positioning of the LEDs during the assembly process.

Positioning tooling

Tooling used on the BCN3D production line to ensure correct positioning of the tacks to hold the flat cables.

Overview

Tough PLA (Polylactic Acid) is engineered for its high impact resistance and strength, similar to those of ABS, in combination with the stiffness of PLA. This material shows excellent results in layer adhesion and is the perfect match for tooling or manufacturing aids where a high impact is needed. Tough PLA is an easy to print material with a very good surface quality.

Compatibility: Find out the BCN3D printers and filaments compatibility

Applications

• High impact and stiffness
• Easy to print
• Excellent surface quality
• Alternative to ABS

Properties

• Attractive matt surface quality
• Good stiffness and dimensional stability
• High impact resistance, even at low temperature (-10 ºC)
• Good heat resistance, up to 100 ºC
• Improved printability
• Water resistant
• Low resistance to organic solvents

Technical information

Ideal for manufacturing stiff parts

Tough PLA is 50% stiffer than ABS, and has the right balance of toughness and stiffness.

Post-processing tooling

Tooling designed to make holes at 120º of separation in injected parts. After manufacturing the parts without the holes in order to simplify the molds and save costs, this tooling allows for easier post-processing of the final part.

Customized tooling

Large-size tooling customized to fit a specific large aluminum profile. The tooling adapts to the machinery and fixes the metalic profile for more convenient post-processing.

Positioning tooling

Tooling used in the BCN3D production line to ensure the correct positioning of the LEDs during the assembly process. The color is used as a visual code to determine whether it is for one product or another.

Post-processing tooling

Tooling designed to make holes at 120º of separation in injected parts. After manufacturing the parts without the holes in order to simplify the molds and save costs, this tooling allows for easier post-processing of the final part.

Positioning tooling

Tooling used in the BCN3D production line to ensure the correct positioning of the LEDs during the assembly process.

Positioning tooling

Tooling used on the BCN3D production line to ensure correct positioning of the tacks to hold the flat cables.

Overview

PET-G (Polyethylene terephthalate glycol-modified) is a polyester thermoplastic characterised by a good balance of tensile strength and elongation at break. Its high resistance to water and chemicals makes it the material of choice for water-tight containers and protective cases.

PET-G is a versatile technical material, as easy to print as PLA, but with an improved balance of mechanical, chemical and thermal properties.

Compatibility: Find out the BCN3D printers and filaments compatibility

Applications

• Parts in contact with salts, acids and alkalis
• Functional prototypes and mechanical parts
• Waterproof applications
• Structural parts subject to mild stress
• Snap-fit joints
• Commonly used in beverage bottles

Properties

• Resistance to corrosive chemicals
• Good balance of strength, impact resistance and elongation at break
• Great dimensional stability and toughness
• Good glossy surface quality
• Good abrasion resistance
• Water and moisture barrier
• Withstand operating temperatures up to 70°C
• Low rate of ultrafine particles (UFP) and volatile organic compounds (VOC)
• Compatible with PVA supports

Technical information

Good balance of strength and ductility

PET-G parts are as strong as those made with PLA but offer a better mechanical profile. PET-G is not brittle, which means that it will not snap abruptly if pulled or bended, on the contrary, it will progressively bend and stretch until reaching it maximum elongation limit of 23%.

Resistant to chemicals and humidity

PET-G is highly resistant to chemicals and humidity, which allows for disinfection and cleaning without losing its mechanical properties to hydroalcoholic solutions.

Fast Tooling

Use it to fast-track the manufacture of jigs and fixtures for your production chain.

Mechanical parts

PET-G is ideal for end-use parts demanding mechanical and thermal properties.

Overview

PET-G (Polyethylene terephthalate glycol-modified) is a polyester thermoplastic characterised by a good balance of tensile strength and elongation at break. Its high resistance to water and chemicals makes it the material of choice for water-tight containers and protective cases.

PET-G is a versatile technical material, as easy to print as PLA, but with an improved balance of mechanical, chemical and thermal properties.

Compatibility: Find out the BCN3D printers and filaments compatibility

Applications

• Parts in contact with salts, acids and alkalis
• Functional prototypes and mechanical parts
• Waterproof applications
• Structural parts subject to mild stress
• Snap-fit joints
• Commonly used in beverage bottles

Properties

• Resistance to corrosive chemicals
• Good balance of strength, impact resistance and elongation at break
• Great dimensional stability and toughness
• Good glossy surface quality
• Good abrasion resistance
• Water and moisture barrier
• Withstand operating temperatures up to 70°C
• Low rate of ultrafine particles (UFP) and volatile organic compounds (VOC)
• Compatible with PVA supports

Technical information

Good balance of strength and ductility

PET-G parts are as strong as those made with PLA but offer a better mechanical profile. PET-G is not brittle, which means that it will not snap abruptly if pulled or bended, on the contrary, it will progressively bend and stretch until reaching it maximum elongation limit of 23%.

Resistant to chemicals and humidity

PET-G is highly resistant to chemicals and humidity, which allows for disinfection and cleaning without losing its mechanical properties to hydroalcoholic solutions.

Fast Tooling

Use it to fast-track the manufacture of jigs and fixtures for your production chain.

Mechanical parts

PET-G is ideal for end-use parts demanding mechanical and thermal properties.

Overview

TPU (Thermoplastic polyurethane) is an elastomeric copolymer, made up of alternating soft and hard blocks, which give hardness and flexibility at the same time. This material is ideal for those applications where flexibility and durability are highly desired.

With Shore-A hardness of 98, TPU is a resistant material for several industrial applications, both mechanical or chemical. Moreover, it’s been especially designed to improve the 3D printing experience.

Compatibility: Find out the BCN3D printers and filaments compatibility

Applications

• Industrial seals, gaskets, sleeves or hinges
• Soft-touch multi-material models or handles
• Flexible-joined multi-material models
• Protective cases Shoe soles, non-slip surfaces
• Springs, seals and shock absorbers
• Wheels and rollers

Properties

• Great flexibility, rubbery behaviour
• High resistance to abrasion, wear and tear
• Great resistance to oils and chemicals
• Excellent impact resistance
• Maximum elongation of 450%
• Withstand operating temperatures up to 60°C
• Compatible with PVA supports

Technical information

Flexible with good wear resistance ideal for shock absorption

 TPU is a thermoplastic elastomer, able to be extended up to 4.5 times its original size before breaking. Its exceptional elongation at break and strength make this material superior to most filaments.

Good corrosion and wear resistance

Its high oil and wear resistance and outstanding elongation at break make TPU ideal for testing functional and flexible prototypes.

Flexible prototype validation

TPU makes manufacturing soft and functional prototypes possible to validate the comfort and the flexibility of the product.

Flexible end-use application

TPU is ideal for pipe connections or rigid systems as it absorbs vibrations, expansions and contractions to protect the components from the efforts derived from the operation of the equipment.

Overview

TPU (Thermoplastic polyurethane) is an elastomeric copolymer, made up of alternating soft and hard blocks, which give hardness and flexibility at the same time. This material is ideal for those applications where flexibility and durability are highly desired.

With Shore-A hardness of 98, TPU is a resistant material for several industrial applications, both mechanical or chemical. Moreover, it’s been especially designed to improve the 3D printing experience.

Compatibility: Find out the BCN3D printers and filaments compatibility

Applications

• Industrial seals, gaskets, sleeves or hinges
• Soft-touch multi-material models or handles
• Flexible-joined multi-material models
• Protective cases Shoe soles, non-slip surfaces
• Springs, seals and shock absorbers
• Wheels and rollers

Properties

• Great flexibility, rubbery behaviour
• High resistance to abrasion, wear and tear
• Great resistance to oils and chemicals
• Excellent impact resistance
• Maximum elongation of 450%
• Withstand operating temperatures up to 60°C
• Compatible with PVA supports

Technical information

Flexible with good wear resistance ideal for shock absorption

 TPU is a thermoplastic elastomer, able to be extended up to 4.5 times its original size before breaking. Its exceptional elongation at break and strength make this material superior to most filaments.

Good corrosion and wear resistance

Its high oil and wear resistance and outstanding elongation at break make TPU ideal for testing functional and flexible prototypes.

Flexible prototype validation

TPU makes manufacturing soft and functional prototypes possible to validate the comfort and the flexibility of the product.

Flexible end-use application

TPU is ideal for pipe connections or rigid systems as it absorbs vibrations, expansions and contractions to protect the components from the efforts derived from the operation of the equipment.

Overview

ABS (acrylonitrile butadiene styrene) is one of the most common technical materials in several industries around the globe. Its an engineering material which combines rigidity and resistance to impacts. It is the ideal material for technical applications and moving parts.

Traditionally a challenging material to print with FFF printers, it has been re-formulated to ensure good interlayer adhesion and to reduce warping. Our grade allows for excellent dimensional accuracy and high durability.

Compatibility: Find out the BCN3D printers and filaments compatibility

Applications

• Parts under high mechanical stress
• Strong prototypes and end-use parts
• Aesthetic models
• Commonly used on electronic or appliances cases, suitcases and phones
• Precision fits, knobs, lids and buttons
• Rigid models with snap-fit joints

Properties

• Attractive matt surface quality
• Good stiffness and dimensional stability
• High impact resistance, even at low temperature (-10 ºC)
• Good heat resistance, up to 100 ºC
• Improved printability
• Water resistant
• Low resistance to organic solvents

Technical information

High temperature material that can take a hit

ABS is able to withstand high service temperature. Moreover, its excellent impact strength makes it ideal for those applications where vibrations or blows would fracture materials such as PLA or PET-G.

High thermal and mechanical resistance

ABS is perfect for creating parts that are very mechanically resistant, with high thermal resistance properties, as well.

Highly-functional and mechanically strong parts

ABS is ideal for parts under high mechanical stress with and attractive matt finish.

Validate prototypes

Its great mechanical and thermal behavior make ABS the ideal material for testing prototypes before entering full production.

Overview

ABS (acrylonitrile butadiene styrene) is one of the most common technical materials in several industries around the globe. Its an engineering material which combines rigidity and resistance to impacts. It is the ideal material for technical applications and moving parts.

Traditionally a challenging material to print with FFF printers, it has been re-formulated to ensure good interlayer adhesion and to reduce warping. Our grade allows for excellent dimensional accuracy and high durability.

Compatibility: Find out the BCN3D printers and filaments compatibility

Applications

• Parts under high mechanical stress
• Strong prototypes and end-use parts
• Aesthetic models
• Commonly used on electronic or appliances cases, suitcases and phones
• Precision fits, knobs, lids and buttons
• Rigid models with snap-fit joints

Properties

• Attractive matt surface quality
• Good stiffness and dimensional stability
• High impact resistance, even at low temperature (-10 ºC)
• Good heat resistance, up to 100 ºC
• Improved printability
• Water resistant
• Low resistance to organic solvents

Technical information

High temperature material that can take a hit

ABS is able to withstand high service temperature. Moreover, its excellent impact strength makes it ideal for those applications where vibrations or blows would fracture materials such as PLA or PET-G.

High thermal and mechanical resistance

ABS is perfect for creating parts that are very mechanically resistant, with high thermal resistance properties, as well.

Highly-functional and mechanically strong parts

ABS is ideal for parts under high mechanical stress with and attractive matt finish.

Validate prototypes

Its great mechanical and thermal behavior make ABS the ideal material for testing prototypes before entering full production.

Overview

PVA (Polyvinyl alcohol) is a water-soluble thermoplastic, widely adopted as a support material for FFF 3D printers. Optimized for the FFF manufacturing process, our PVA is compatible with most of BCN3D filaments and can be easily printed to create the support and then dissolved with ordinary water.

PVA supports allow to achieve better surface quality, to orientate the part to get better mechanical properties and even to print multi-component models and mechanisms.

Compatibility: Find out the BCN3D printers and filaments compatibility

Applications

• Improved thermal stability to avoid jamming and degradation issues
• Dissolves easily with ordinary water
• Compatible with most 3D printing filaments
• Better printability
• Moisture sensitive
• Biodegradable

Properties

• Detailed and glossy surface quality
• Good tensile strength
• Rigid, fragile behaviour
• Good UV resistance
• Withstand operating temperatures up to 50°C
• Odor-free, ideal for educational and office environments
• Compatible with PVA supports
• Low solvent and water resistance

Print complex parts

Exceptional surface quality in-contact with the support and easy removal of the support in difficult-to-reach geometries.

Print large overhangs

Our PVA has been specifically formulated for working as a support material for PLA, PA, TPU and PET-G so now you are able to print mechanical parts with support structures.

Orient parts to get better properties

When printing with PVA, you are able to orient your model in any possible way to customize its strength or your aesthetic requirements.

Overview

PET-G (Polyethylene terephthalate glycol-modified) is a polyester thermoplastic characterised by a good balance of tensile strength and elongation at break. Its high resistance to water and chemicals makes it the material of choice for water-tight containers and protective cases.

PET-G is a versatile technical material, as easy to print as PLA, but with an improved balance of mechanical, chemical and thermal properties.

Compatibility: Find out the BCN3D printers and filaments compatibility

Applications

• Parts in contact with salts, acids and alkalis
• Functional prototypes and mechanical parts
• Waterproof applications
• Structural parts subject to mild stress
• Snap-fit joints
• Commonly used in beverage bottles

Properties

• Resistance to corrosive chemicals
• Good balance of strength, impact resistance and elongation at break
• Great dimensional stability and toughness
• Good glossy surface quality
• Good abrasion resistance
• Water and moisture barrier
• Withstand operating temperatures up to 70°C
• Low rate of ultrafine particles (UFP) and volatile organic compounds (VOC)
• Compatible with PVA supports

Technical information

Good balance of strength and ductility

PET-G parts are as strong as those made with PLA but offer a better mechanical profile. PET-G is not brittle, which means that it will not snap abruptly if pulled or bended, on the contrary, it will progressively bend and stretch until reaching it maximum elongation limit of 23%.

Resistant to chemicals and humidity

PET-G is highly resistant to chemicals and humidity, which allows for disinfection and cleaning without losing its mechanical properties to hydroalcoholic solutions.

Fast Tooling

Use it to fast-track the manufacture of jigs and fixtures for your production chain.

Mechanical parts

PET-G is ideal for end-use parts demanding mechanical and thermal properties.

Overview

PET-G (Polyethylene terephthalate glycol-modified) is a polyester thermoplastic characterised by a good balance of tensile strength and elongation at break. Its high resistance to water and chemicals makes it the material of choice for water-tight containers and protective cases.

PET-G is a versatile technical material, as easy to print as PLA, but with an improved balance of mechanical, chemical and thermal properties.

Compatibility: Find out the BCN3D printers and filaments compatibility

Applications

• Parts in contact with salts, acids and alkalis
• Functional prototypes and mechanical parts
• Waterproof applications
• Structural parts subject to mild stress
• Snap-fit joints
• Commonly used in beverage bottles

Properties

• Resistance to corrosive chemicals
• Good balance of strength, impact resistance and elongation at break
• Great dimensional stability and toughness
• Good glossy surface quality
• Good abrasion resistance
• Water and moisture barrier
• Withstand operating temperatures up to 70°C
• Low rate of ultrafine particles (UFP) and volatile organic compounds (VOC)
• Compatible with PVA supports

Technical information

Good balance of strength and ductility

PET-G parts are as strong as those made with PLA but offer a better mechanical profile. PET-G is not brittle, which means that it will not snap abruptly if pulled or bended, on the contrary, it will progressively bend and stretch until reaching it maximum elongation limit of 23%.

Resistant to chemicals and humidity

PET-G is highly resistant to chemicals and humidity, which allows for disinfection and cleaning without losing its mechanical properties to hydroalcoholic solutions.

Fast Tooling

Use it to fast-track the manufacture of jigs and fixtures for your production chain.

Mechanical parts

PET-G is ideal for end-use parts demanding mechanical and thermal properties.