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Introduction

PS conductive sheet is a new type of environmentally friendly packaging material with good defense and performance, and it is cheaper than ordinary materials. Moreover, its hardness is much larger than that of plastic sheets, and its corrosion resistance and exposure ability are relatively strong, and it is not easy to age. Another advantage is that it basically does not contain any harmful elements and has no odor. Modified PS conductive sheet is widely used, because it is more heat-resistant than pure PS conductive sheet and has higher dimensional stability, so it is also a widely used material. It is more outstanding in terms of rigidity and corrosion resistance.

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Physical and Chemical Properties

Technical data	Test standard	Test value
Density	ASTM D-792	1.07G/cm3
Yield tensile strength	ASTM D-638	25Mpa
Breaking Tensile Strain	ASTM D-638	48％
Impact strength	ASTM D-256	16KJ/m2
Heat distortion temperature (cooling after heating)	ASTM D-648	81°C
Vicat softening temperature	ASTM D-1525	88°C
Surface resistance at 8%RH	ASTM D-257	≤106Ohm per square

ESD (electrostatic discharge) materials

Material	Surface resistance (Ω/sq)	Characteristic
Conductive	103 to 105	Conductive materials have low resistance, so electrons can easily flow through the surface or inside of these materials. The charge will flow to the ground or another conductive object in contact with the material.
Static dissipation	105 to 109	Compared with conductive materials, static dissipative materials can make charge flow to the ground or other conductors in a more controlled and slow manner.
Anti-static	109 to 1012	Anti-static materials can inhibit friction and electricity generation.

Application

ps conductive sheet is widely used in the packaging of electronic products, household appliances and other products that are prone to static electricity.