Additive Technology: FFF
Nylon
A non-abrasive, engineering grade thermoplastic. Nylon is extremely versatile on it’s own or it can be strengthened with any of our continuous fiber reinforcements.
Tough Never Looked This Good
Print durable parts with a beautiful surface finish.
Nylon parts have a smooth white surface that is non-abrasive and easily painted. It’s best suited for non-marring applications that require repeated use and handling. Nylon can be printed on it’s own or reinforced with any of our continuous fibers.
Part Resolutions
Max Part Size
50 Micron – 0.05 mm
100 Micron – 0.1 mm
125 Micron – 0.125 mm
200 Micron – 0.2 mm
330 x 270 x 200 mm
( 12.9 x 10.5 x 7.8 in )
Available Colors
Material Tech Specs
- Nylon
- Nylon / FG
- Nylon / HSHT
- Nylon / CF
- Nylon / Kevlar
Onyx / CF
6061 Aluminum
ABS
Nylon
Onyx / CF
6061 Aluminum
ABS
Nylon
Onyx / CF
6061 Aluminum
ABS
Nylon
Onyx / CF
6061 Aluminum
ABS
Nylon
Onyx / CF
6061 Aluminum
ABS
Nylon
Material Properties
Result
ASTM Test
Tensile Modulus
1.7 GPa
D638
Tensile Stress at Yield
51 MPa
D638
Tensile Strain at Yield
4.5%
D638
Tensile Stress at Break
36 MPa
D638
Tensile Strain at Break
150%
D638
Flexural Strength
50 MPa
D790
Flexural Modulus
1.4 GPa
D790
Heat Deflection Temp
105º F
D648 B
Izod Impact – Notched
110 J/m
D256-10 A
Applications
Functional Prototypes
Mechanical Parts
Assembly Line Fixtures
Replacement Bushings
Inspection Hardware
Jigs, Brackets & Chassis Parts
End-Use Engineering Parts
Housings & Enclosures
Continuous Fiber Reinforcements
Adding Fiberglass reinforcement makes parts 11x more rigid than ABS and 26x more rigid than Nylon.
- Carbon Fiber
- Fiberglass
- HSHT Fiberglass
- Kevlar
Advantages Of Nylon
Non-Abrasive Surface
Our Nylon material is resilient, with a non-abrasive smooth surface. It’s great for applications requiring fatigue and vibration resistance.
Industrial Durability
Nylon is both impact and chemical resistant, with the highest elongation at break. This makes it one of our most durable thermoplastic materials.
Fiber Reinforcement
We can increase the mechanical properties of Nylon parts by adding a continuous fiber reinforcement to strengthen specific infill areas.
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