Properties and Application of Carbon Fiber Reinforced Nylon 6 Conductive

1 carbon fiber reinforced, conductive nylon 6

feature

Carbon fiber reinforced nylon 6 composite material has excellent dimensional stability and excellent mechanical strength. To meet the static dissipation and electrostatic discharge (ESD) protection requirements. The material is specially formulated for the surface resistance range from 102 to 1012 ohms and can be used for injection molding and extrusion molding. Conductive nylon 6 has many advantages over metal: light weight parts, high strength, corrosion resistance, wear resistance, high temperature and other characteristics.

use

1. Aerospace Applications: The use of carbon-fiber composites in critical aerospace applications is recognized as the primary and secondary component of commercial aircraft, including Boeing and Airbus, on international space stations, satellites, rocket motor housings and consumable carrier rockets And so on a large number of use of carbon fiber composite components.

2, industrial applications: new carbon fiber composite materials in the rapid development. Fibrous composites are replacing traditional heavy-duty metal pressure vessels by reducing the load on the firefighters to the more light fuel tanks on which fuel is being built. Improve the x-ray equipment, energy storage batteries, ground antennas, wind turbine blades and industrial processing of paper on the roller, but the carbon fiber composite materials that few applications, can change our lives.

3, carbon fiber composite materials in the high-speed aircraft fairing surface transient temperature measurement device, violin sound board, oil-free bearings, motor vehicle crash bumpers, ships, submarine propulsion, air compressor materials, high strength, high Flexible new sports springboard, flying appliances and other aspects of the application.

Technical indicators (test values in the table for the dry / wet state (RH50) values)

Project American Society for Testing and Materials GB GB Unit Performance

PA6-GF20 PA6-GF30 PA6-GF40

Density D792 1033 g / cm3 1.22 1.26 1.3

Tensile strength D638 1040 MPa 170/120 190/130 220/150

Elongation at break D638 1040% Aug. 14 July 9 July

Bending strength D790 9341 MPa 250/165 260/170 270/180

Flexural Modulus D790 9341 GPa, 5 September, 7 November, and 13 August

Notched punched strength / 1043 KJ / m2 23/35 21/31 19/29

Notched punch strength D265 1843 J / m 230/350 215/320 195/300

Heat distortion temperature

Melting point D2117 4608 ° C 220 220 220

Injection shrinkage rate D955 15585% 0.2-0.7 0.1-0.4 0.1-0.4

Surface resistivity D257 /? 106-107 103-104 102-103

Description 20% Carbon Fiber Reinforced Stabilizer 30% Carbon Fiber Reinforced Stabilizer 40% Carbon Fiber Reinforced Stabilizer