PA 66 GF30

Category Type Material
Polymers Reinforced Polymers

show all types of Polymers

 ABS GF30
BMC (UP GF15)
PA 6 GF30
PA 66 GF30
PBT GF30
PC GF30
PEEK 30 C
PEEK GF30
PES GF30
PET GF30
POM GF30
PP GF30
PPO GF30
PPS GF40
PSU GF30
SMC (UP GF25)
SMC (UP GF50)
UP 25% gl.mat
UP 45% gl. mat

Data Table for: Polymers: Reinforced Polymers: PA 66 GF30

Mechanical Properties

Quantity Value Unit
Young's modulus 6000 - 15000 MPa
Tensile strength 160 - 160 MPa
Elongation 3 - 6 %
Bending strength 130 - 300 MPa
Impact strength 1.1 - 1.1 J/cm

Physical Properties

Quantity Value Unit
Thermal expansion 25 - 30 e-6/K
Thermal conductivity 0.67 - 0.67 W/m.K
Melting temperature 260 - 260 °C
Glass temperature 50 - 50 °C
Service temperature -40 - 80 °C
Density 1370 - 1370 kg/m3
Resistivity 1e+18 - 1e+19 Ohm.mm2/m
Breakdown potential 17 - 17 kV/mm
Dielectric loss factor 0.18 - 0.18

Environmental Data

Quantity Value Unit
Eco indicator 95 7.843 mPt
EPS 1610 mELU
Ex (in) / Ex (out) 5.22777532065458 MJ/MJ
GER 116.9 MJ
Raw materials input 92.713941 kg
Solid 0.452458 kg
Eco indicator 99 0.538 Pt
Environmental remarks 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 250°C to PA. The required energy supply was assumed to come from oil. After drying glass fibre is mixed. (See also glassfibre)

General

     
Sample

Sample: Reinforced Polymers

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