XForm PA22
Polyamide-based material used for functional parts.
XForm PA22 is ideal for a wide range of applications, from consumer goods to aerospace industry
Young’s modulus
1700MPa
Tensile strenght
50MPa
Elongation at break
15%
Our materials mechanical properties reflect injection molded plastics to deliver high
quality and durable results. Explore wide range of XForm materials; including rubberlike,
hybrid and composite, tough high-performance thermoplastics.
Polyamide-based material used for functional parts.
XForm PA22 is ideal for a wide range of applications, from consumer goods to aerospace industry
Young’s modulus
1700Tensile strenght
50Elongation at break
15
This material is defined as flexible and robust plastic. It has the highest surface quality. It can use for slightly more translucent parts.
Young’s modulus
1680Tensile strenght
47Elongation at break
35
Glass powder reinforced thermoplastic used for wearproof functional parts. This material defined as strong durable plastic.
Young’s modulus
3000Tensile strenght
30Elongation at break
10
Aluminium powder reinforced thermoplastic used for functional parts. This material is defined as durable metal plastic. It has high strength and heat resistance.
Young’s modulus
4300Tensile strenght
50Elongation at break
5
Carbon-fiber powder reinforced thermoplastic used for functional parts. It defined as carbon-plastic. It has highest strenght and heat resistance.
Young’s modulus
8900Tensile strenght
82Elongation at break
3
Polyurethane - based thermoplastic is an elastomeric material for printing rubber-like parts and resistant to abrasion and stretching. A perfect fit for a wide range of applications such as hoses, grips, bellows, bumpers, seals, gaskets, tubes, athletic footwear and luxury items.
Young’s modulus
9Tensile strenght
10Elongation at break
300