HIPS conductive plastic sheet

HIPS conductive plastic sheet is a thermoplastic sheet that adds conductive fillers (such as conductive carbon black, carbon nanotubes, metal fibers, etc.) or uses special coating treatment on the basis of HIPS (high impact polystyrene) to make it have long-lasting and stable conductive properties. It not only maintains the original high impact resistance and excellent molding and processing performance of HIPS, but also gives the material anti-static ability, which is widely used in electronics, medical treatment, industry and other fields.

Product name	PS Sheet; PS Roll; Polystyrene Sheet; Rigid PS Film.
Product Category	HIPS Plastic, GPPS Plastic
Composite Type	PS/EVOH/PS, PS/EVOH/PE, PP/PE, etc.
Shape	Roll/Sheet
Thickness	0.3~2.0mm
Width	300~850mm
Packing	PE film inside + kraft outside+pallet (paper tube diameter: 76mm, thickness: 10mm)
Quality	100% virgin
Color	Clear, Natural, Black, White, Color, Customized according to needs.
Surface Treatment	Matte, Glossy, Flocked.
Performance	ESD: Anti-static, Conductive, Static dissipative. Corona; Printing; Coating; EVOH; Waterproof; etc
Processing technology	Thermoforming Vacuum Forming Blistering, Die Cutting.
Hardness	Rigid/Semi-rigid

HIPS sheet type	Width (mm)	Thickness (mm)	Color	Resistance value (Ω)
HIPS normal sheet	300-850	0.2-2.0	Any/Customized	/
High impact HIPS			Any/Customized	/
HIPS black conductive			Black	104-106
HIPS black semi-conductive			Black	106-109
HIPS black volume conductive			Black	104-106
HIPS polymer sheet			Any/Customized	108
HIPS anti-static sheet			Any/Customized	109-1011
HIPS coated sheet			Any/Customized	103-109

Strong electrostatic protection ability, protect sensitive products
HIPS conductive sheet can effectively eliminate static electricity, prevent electronic components, chips, PCB boards and other sensitive products from being damaged by static electricity accumulation, and improve product qualification rate.

Economical and efficient, replacing metal and other antistatic materials
Compared with conductive metal materials, HIPS conductive sheet is lighter, lower cost, and has good processability, which is more suitable for large-scale production.

High mechanical strength, impact resistance and not easy to break
The material is strong and durable, can withstand external impact, and ensures safe protection for products during transportation and storage.

Suitable for a variety of processing methods, good molding effect
It can be processed by vacuum forming, bending, stamping and other methods. The surface is smooth and uniform, and the size is stable after molding, which can meet different application requirements.

📌 Electronics and semiconductor industry: anti-static packaging: chip tray, IC carrier, to prevent static damage to sensitive components.
📌 Medical industry: surgical instrument tray: anti-static design to avoid dust adsorption and ensure a sterile environment.
📌 Industrial manufacturing: storage of precision mechanical parts, transportation protection of electrostatic sensitive products
📌 Automotive industry: electronic component packaging tray

Conductive filling modification
Add conductive carbon black, metal fiber or carbon nanotube to the HIPS substrate to make the material conductive as a whole. This method ensures that the material has conductive properties both inside and on the surface, and the conductive effect is long-lasting and stable.

Surface coating conduction
Spray a conductive coating on the surface of the HIPS sheet to form a conductive protective film. This method is suitable for products with special requirements for surface resistance.

Blending and compounding process
HIPS is blended with conductive polymer materials to give the material antistatic properties while maintaining the processing advantages of HIPS.

Composite lamination technology
A conductive film is attached to the surface of the HIPS sheet to improve the antistatic ability while ensuring the mechanical strength and durability of the material.