ABS 2,85 mm

ABS (akrylonitrilbutadienstyren)
- more suitable for advanced makers
- for both small and large prints
- strong and tough material with a high surface hardness
- impact and heat resistance (up to 90 °C)
- acetone-soluble (easy post-processing)
- typical smell
- thermal contracting (closed chamber recommended)

Filament produced in the Czech Republic. 

ABS (akrylonitrilbutadienstyren)
- more suitable for advanced makers
- for both small and large prints
- strong and tough material with a high surface hardness
- impact and heat resistance (up to 90 °C)
- acetone-soluble (easy post-processing)
- typical smell
- thermal contracting (closed chamber recommended)

Filament produced in the Czech Republic. 

ABS (akrylonitrilbutadienstyren)
- more suitable for advanced makers
- for both small and large prints
- strong and tough material with a high surface hardness
- impact and heat resistance (up to 90 °C)
- acetone-soluble (easy post-processing)
- typical smell
- thermal contracting (closed chamber recommended)

Filament produced in the Czech Republic. 

ABS (akrylonitrilbutadienstyren)
- more suitable for advanced makers
- for both small and large prints
- strong and tough material with a high surface hardness
- impact and heat resistance (up to 90 °C)
- acetone-soluble (easy post-processing)
- typical smell
- thermal contracting (closed chamber recommended)

Filament produced in the Czech Republic. 

ABS (akrylonitrilbutadienstyren)
- more suitable for advanced makers
- for both small and large prints
- strong and tough material with a high surface hardness
- impact and heat resistance (up to 90 °C)
- acetone-soluble (easy post-processing)
- typical smell
- thermal contracting (closed chamber recommended)

Filament produced in the Czech Republic. 

Filament ABS+ - thermoplastic product in the form of fibre, used for 3D printing using the FFF method. Filament wound on a spool, vacuum packed with a moisture absorber. The spool contains 2 kg of net material. It can be used in all FFF printers that are not protected from external suppliers and open source structures before use. ABS+ is easily machined such as grinding, drilling or smoothing, the material is soluble in acetone.

Filament ABS+ - thermoplastic product in the form of fibre, used for 3D printing using the FFF method. Filament wound on a spool, vacuum packed with a moisture absorber. The spool contains 2 kg of net material. It can be used in all FFF printers that are not protected from external suppliers and open source structures before use. ABS+ is easily machined such as grinding, drilling or smoothing, the material is soluble in acetone.

Filament ABS+ - thermoplastic product in the form of fibre, used for 3D printing using the FFF method. Filament wound on a spool, vacuum packed with a moisture absorber. The spool contains 2 kg of net material. It can be used in all FFF printers that are not protected from external suppliers and open source structures before use. ABS+ is easily machined such as grinding, drilling or smoothing, the material is soluble in acetone.

Filament ABS+ - thermoplastic product in the form of fibre, used for 3D printing using the FFF method. Filament wound on a spool, vacuum packed with a moisture absorber. The spool contains 2 kg of net material. It can be used in all FFF printers that are not protected from external suppliers and open source structures before use. ABS+ is easily machined such as grinding, drilling or smoothing, the material is soluble in acetone.

Filament ABS+ - thermoplastic product in the form of fibre, used for 3D printing using the FFF method. Filament wound on a spool, vacuum packed with a moisture absorber. The spool contains 2 kg of net material. It can be used in all FFF printers that are not protected from external suppliers and open source structures before use. ABS+ is easily machined such as grinding, drilling or smoothing, the material is soluble in acetone.

ABS-T is a modification of normal ABS for smaller thermal expansivity.

Filament produced in the Czech Republic.

Differences between ABS-T and standard ABS:

• even more resistant (up to 98 °C),
• harder and stronger material than classic ABS,
• the colours are shiny because the input material is transparent,
• more difficult to print and adhesion to the heatbed (closed chamber recommended even more),
• more suitable for printing smaller objects.

ABS-T is a modification of normal ABS for smaller thermal expansivity.

Filament produced in the Czech Republic.

Differences between ABS-T and standard ABS:

• even more resistant (up to 98 °C),
• harder and stronger material than classic ABS,
• the colours are shiny because the input material is transparent,
• more difficult to print and adhesion to the heatbed (closed chamber recommended even more),
• more suitable for printing smaller objects.

ABS-T is a modification of normal ABS for smaller thermal expansivity.

Filament produced in the Czech Republic.

Differences between ABS-T and standard ABS:

• even more resistant (up to 98 °C),
• harder and stronger material than classic ABS,
• the colours are shiny because the input material is transparent,
• more difficult to print and adhesion to the heatbed (closed chamber recommended even more),
• more suitable for printing smaller objects.

ABS-T is a modification of normal ABS for smaller thermal expansivity.

Filament produced in the Czech Republic.

Differences between ABS-T and standard ABS:

• even more resistant (up to 98 °C),
• harder and stronger material than classic ABS,
• the colours are shiny because the input material is transparent,
• more difficult to print and adhesion to the heatbed (closed chamber recommended even more),
• more suitable for printing smaller objects.

SMARTFIL ABS H.I.: high impact ABS is modified to increase its resistance to impact. It has an excellent finish and Its behaviour is very stable against very large pieces. It is very recommendable for automotive parts, protective helmets, industrial pieces, etc…
 

The filament ABS FIREPROOF is a flame retardant material tested according to UL94 and IEC 60695-11-10, ideal for coating elements that may be a source of the fire.