- Product category
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Product name：Conductive PVC 64D
Product model：SA 500C6
Product brand：INCHR
Processing customized：Graphene Filled
Product specification：10E3~10E9 Ohms
Product description：Conductive PVC SA 500C6
PVC Conductive Compound
SA 500C6 introductionGraphene conductive PVC is a PVC compound with conductive properties, which is mainly achieved by mixing graphene with PVC. Graphene is a honeycomb-shaped two-dimensional crystal composed of a single layer of hexagonal carbon atoms. The thickness is only one carbon atom. Large π bonds are formed between the carbon atoms on the sheets, giving it excellent electrical conductivity. Adding graphene to PVC can form a conductive network in the PVC matrix, thereby improving its conductivity.This material can be used in conductive ,anti-static, thermal conductivity and other fields.
This conductive PVC is made of graphene and and other carbon materials modified with excellent conductive or antistatic performance.SA 500C6 is a hard conductive PVC compound hardness 64D. Other specifications can be customized according to customer's different needs.
SA 500C6 main specifications
Physical property
Standard
Value
Unit
Density
GB/T 1033.1-2008
1.3
g/cm3
Hardness
Standard
Value
Unit
Shore Hardness D
GB/T-2422-2008
64
Mechanical behavior
Standard
Value
Unit
Tensile Strength 23°C
GB/T-1040.3-2006
16
MPa
Elongation at break
GB/T-1040.3-2006
130
%
Electrical Properties
Standard
Value
Unit
Surface Resistivity
GBT 1410-2006
<10E4
Ohms
Flammability
Standard
Value
Unit
Flame Rating
V-0
Process Condition
Value
Unit
Front Barrel Temperature
GB/T-1040.3-2006
160-170
°C
Middle Barrel Temperature
165-180
°C
Rear Barrel Temperature
175-190
°C
Disclaimer: Data herein is typical and not to be construed as specifications.
SA 500C6 features
Permanent stability of conductive or antistatic performance ranges from 10^3 to 10^9.
Excellent flame resistance.
Easy processing.
Good impact resistance.
SA 500C6 applications
Conductive PVC SA 500C6 can be used to manufacture electronic components, circuit boards, wires and cables, etc. to provide good conductivity and insulation properties. It can be used in situations where static electricity accumulation needs to be prevented, such as electronic equipment packaging, powder transportation pipelines,coal mine gas drainage pipes, explosion-proof places, etc.
Conductive PVC can be made into electromagnetic shielding materials to protect electronic equipment from electromagnetic interference. Due to its excellent electrical conductivity, conductive PVC can be used to manufacture sensors such as pressure sensors, temperature sensors,conductive or antistatic co-extruded pipes, etc.
In the automotive field, conductive PVC can be used in automotive wiring harnesses, fuel systems, etc. to ensure the stability and safety of electrical connections. In addition, conductive PVC can also be used in medical devices, aerospace, industrial automation and other fields.
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