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3D FILAMENTS for 3D printing

We can offer plastic fiaments for professional 3D printing.The low-emission and low-odour filaments are produced from high-quality raw materials with close tolerances (+/- 0,05 mm) and allow therefore a precise and failure-free 3D printing.

Filaments are compatible with all standard 3D printers and are delivered carefully spooled and packed in easy to use resealable zip bags.

Material : ABS

Filament ABS is a high-quality thermoplastic polymer with excellent mechanical properties.

Properties

Low-emission and low-odour
Filaments compliant to European Toy Safety Norm EN71-3
Raw material ABS has food contact and medical approval
High stability and impact strength
Heat resistant up to approx. 100 °C
Easy after-treatment or surface treatment

Color: white, black, red, blue, yellow.

Dimensions: dia 1,75mm and dia 2,85mm

Tolerances ± 0,05mm

Packing 1 kg and 2,3 kg

Applications:

Small and medium-sized objects
Functional prototypes
Thermostable parts e.g. model making

Material : PLA

Filament PLA has great dimensional stability, high level of stiffess as well as high elastic modulus. Longterm tests have shown that embrittlement on the coil does not occur. Reduced energy consumption and low nozzle temperatures while printing are other advantageous properties of this material. Furthermore, it can be printed without a heated bed.

Colors: white, black, red, blue, yellow, green

Dimensions: dia 1,75mm and dia 2,85mm

Tolerances ± 0,05mm

Packing 1 kg and 2,3 kg

Properties:

High dimensional stability
Very good layer adhesion
No embrittlement on the spool (Long term flexural test)
Raw material PLA has food contact and toy safety approval
High stiffness/high modulus of elasticity (3.380 MPa)

Applications

Very large products
Dimensionally stable products e.g. molds for cast-bronze
High precision temporary parts

Material : PA 12 (NYLON)

Compared to other polyamides, filament PA 12 has a low moisture absorption which is benefiial for failure-free 3D printing. The excellent chemical resistance, in particular against fuels and antifreeze agents, in combination with the high impact strength of the material, justifies the material’s application e.g.in fuel or coolant pipes in the automotive industry. Its very low susceptibility to distortion combined with very good layer adhesion and low processing temperature makes filament PA 12 the ideal material for 3D printing.

Properties:

Excellent chemical resistance, in particular against fuels and antifreeze agents
Low moisture absorption /high degree of dimensional stability
High stability
Low wear/excellent sliding friction
High impact strength
High continuous operating temperature of 85 °C
Low susceptibility to distortion

Applications

Cooling water systems
Fuel pipes

Colors: natural.

Dimensions: dia 1,75mm and dia 2,85mm
Tolerances ± 0,05mm
Packing 1 kg

Material : PPA (NYLON)

Filament PPA is a particularly stiff and hard material. Thanks to its high level of stability and hardness and its high continuous operating temperature, the material is mainly used as metal replacement, e.g. in the engine compartment. The stiff material is particularly suited for 3D printing; different from carbon fibre filled materials, the print nozzles do not wear. Material distortion is minimal in 3D printing.

Properties

High stiffess, modulus of elasticity (3000 MPa)
Very high stability (Tensile Stress at Yield 100 MPa)
Very good layer adhesion
High hardness level
Low warpage
Heat resistance up to approx. 105 °C

Applications

Replacement for metal and carbon fire filled PLA
Components in the engine compartment
Fittings for water pipes /water meter housings

Colors: natural

Dimensions: dia 1,75mm and dia 2,85mm
Tolerances ± 0,05mm
Packing 1 kg

Material : PEEK

Polyetheretherketone ranks among the high performance thermoplastics thanks to its high melting point of 343 °C and its maximum continuous operating temperature of 260 °C. Its particular chemical structure makes PEEK largely stable against thermal and chemical damage and permits its usage inside the body. In case of fire, the smoke development of PEEK is the lowest of all thermoplastics; the material is therefore used in aviation. Filament PEEK is an experimental fiament with a processing temperature of 375 °C in the heated chamber (180 °C). The material is specifically appropriate for use on 3D printers.