Coloured HIPS

Conductive HIPS Sheet – ESD Safe, Impact Resistant & Easy to Process

Conductive HIPS (High Impact Polystyrene) sheet is a specialised thermoplastic designed for applications requiring electrostatic discharge (ESD) protection. With permanent conductive properties, this material helps safely dissipate static electricity, making it ideal for environments handling sensitive electronic components.

Combining the versatility of standard HIPS with reliable conductivity, conductive HIPS offers good mechanical strength, impact resistance and ease of fabrication. It is widely used in industries such as electronics, automotive and manufacturing, where static control is critical to product safety and performance.

Key Features

• Permanent conductive properties for effective ESD protection
• Does not rely on humidity for conductivity performance
• High impact resistance for durable applications
• Lightweight and easy to handle
• Good mechanical strength and rigidity
• Consistent performance in controlled environments
• Suitable for sensitive electronic handling applications

Ease of Fabrication

• Easy to cut, machine and fabricate
• Suitable for CNC routing and machining
• Ideal for vacuum forming and thermoforming
• Can be bonded and assembled into finished components
• Maintains conductive properties after processing

Applications

Conductive HIPS sheets are widely used in applications where static control and durability are essential:

• ESD-safe trays and transit packaging for electronics
• Work surfaces and handling equipment for sensitive components
• Electronic and electrical industry applications
• Automotive component handling and packaging
• Thermoformed inserts and protective packaging
• Industrial storage and transport solutions

Why Choose Conductive HIPS Sheet?

Conductive HIPS offers a reliable solution for environments where electrostatic discharge can cause damage or disruption. With its permanent conductivity, durability and ease of fabrication, it is an ideal material for protecting sensitive components while maintaining efficient manufacturing processes.

As with any material, we recommend testing conductive HIPS in your specific application to ensure it meets your performance and processing requirements.