Project Description

Generality

The glass-filled polyamide is part of a class of polymers commonly called Nylon. Parts produced in this material are characterized by their excellent mechanical properties, excellent surface quality and a high level of precision, accuracy and dimensional details.


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poliammide caricato vetro
Poliammide
Poliammide
Poliammide

Finish

Parts made of Glass-filled polyamide can be finished with different superficial finishes that improve the aesthetics and the mechanical resistance.

poliammide caricato vetro

Application

The typical applications of the glass-filled polyamide are, in the car industry, the parts inside the engine compartment. This material is also suitable for the production of deep-drawing stamps or any other applications that requires a low abrasive wear and a high heat distortion temperature.

poliammide caricato vetro


poliammide caricato vetro


poliammide caricato vetro


poliammide caricato vetro

Mechanical parameters

Elastic traction module
DIN EN IS527
3200 ± 200 N/mm²
Tensile strength
DIN EN IS527
48 ± 3 N/mm²
Breaking elongation
DIN EN IS527
6 ± 3 %
Elastic flexural module
DIN EN ISO 178
2100 ± 150 N/mm²
Resistance according to Charpy
DIN EN ISO 179
35 ± 6 N/mm²
Resilience according to Charpy (carved specimen)
DIN EN ISO 179
5,4 ± 0,6 kJ/m²
Resilience according to Izod
DIN EN ISO 180
21,3 ± 1,7 kJ/m²
Resilience according to Izod (carved specimen)
DIN EN ISO 180
4,2 ± 0,3 kJ/m²
Brinell hardness
DIN EN ISO 2039
98
Shore hardness
DIN 53505
80 ± 2

Thermal characteristics

Fusion point
DIN 53736
172 – 180 °C
Vicat B / 50 softening temperature
DIN EN IS306
166 °C
Vicat A / 50 softening temperature
DIN EN IS306
179 °C

Propriety

High stiffness, high mechanical and wear resistance, good thermal loading capacity, excellent surface quality, high dimensional accuracy and detail resolution, good machinability and an excellent long-term constant behaviour are the characteristics that make this material efficient and functional for a multitude of uses.


Dimensional precision 90%
Rigidity 98%
Thermal load 80%
Surface quality 95%