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PA 66 GF30

Description

General

Properties

Chemical properties

Minimum value Maximum value Unit Sources
%
%

Electrical properties

Minimum value Maximum value Unit Sources
17 17 kV/mm Idemat 2003
0.18 0.18 % Idemat 2003
V
1.00E+018 1.00E+019 Ohm.mm²/m Idemat 2003

Manufacturing Properties

Minimum value Maximum value Unit Sources

Mechanical properties

Minimum value Maximum value Unit Sources
130 300 MPa Idemat 2003
MPa
MPa
1370 1370 kg/m³ Idemat 2003
3 6 % Idemat 2003
MPa
1.1 1.1 J/cm Idemat 2003
MPa
160 160 MPa Idemat 2003
MPa
MPa
6000 15000 MPa Idemat 2003

Optical properties

Minimum value Maximum value Unit Sources

Thermal properties

Minimum value Maximum value Unit Sources
50 50 °C Idemat 2003
260 260 °C Idemat 2003
-40 80 °C Idemat 2003
J/kg.K
0.67 0.67 W/m.K Idemat 2003
25 30 e-6/K Idemat 2003

Environment

7.84 mPt
0.54 Pt
1610 mELU
5.23 MJ/MJ
116.9 MJ
92.71 kg
0.45 kg
Polyamide is made from caprolactam which can be derived with several processes. Here crude oil is processed via naphta to benzene, that to cyclohexane and finally to caprolactam. Caprolactam is polymerised at 250ï¾°C to PA. The required energy supply was assumed to come from oil. After drying glass fibre is mixed. (See also glassfibre)

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