Premium Electrically Conductive Black HIPS Sheet for ESD Sensitive Applications with High Impact Resistance and Thermoformable Properties

This premium electrically conductive black HIPS sheet is designed specifically for environments where electrostatic discharge (ESD) protection is essential. Manufactured from high impact polystyrene, it combines robust mechanical strength with reliable electrical conductivity to help safeguard sensitive electronic components and assemblies.

With excellent thermoforming properties, this sheet is ideal for producing custom trays, inserts, covers and housings used in electronics, assembly lines and packing operations. Available in a standard sheet size of 1372mm length by 660mm width, and in a range of useful thicknesses from 1mm to 3mm, it offers a versatile, cost-effective solution for repeatable, precision-formed ESD-safe parts.

Product Features

• Electrically conductive black HIPS specifically formulated for ESD-sensitive applications.
• Available thickness options: 1mm, 1.5mm, 2mm and 3mm for light to heavy-duty formed parts.
• Standard sheet dimensions: 1372mm length x 660mm width for efficient nesting and cutting.
• High impact resistance for durable trays, covers and component handling solutions.
• Excellent thermoformability for vacuum forming, pressure forming and fabrication processes.
• Smooth, consistent surface finish suitable for clean handling environments.
• Stable black colour to assist with part identification and light-sensitive component handling.

Key Features and Benefits

• Provides controlled electrical conductivity to help dissipate static charges and reduce the risk of ESD damage to sensitive electronics.
• High impact strength improves service life of formed parts, reducing breakages and replacement costs in handling and packaging systems.
• Consistent sheet thickness and quality support accurate thermoforming, ensuring repeatable part dimensions and reliable fit.
• Lightweight yet rigid construction makes handling, cutting and forming straightforward, saving time in production and fabrication.
• Black, opaque finish helps protect light-sensitive components and presents a professional appearance in production and packing areas.
• Versatile range of thicknesses allows optimisation of weight, rigidity and protection level for each specific application.

Specifications

Applications and Ideal Uses

This electrically conductive HIPS sheet is suited to a wide range of ESD-safe handling, packaging and manufacturing tasks in electronics and related industries.

• Thermoformed ESD-safe component trays, pallets and in-process carriers for electronic assemblies.
• Protective inserts and dunnage for ESD-sensitive devices in storage bins and transit cases.
• Machine guards, covers and shrouds in electronics production and test equipment where static control is required.
• Custom dividers and compartmentalised packaging for circuit boards, modules and semiconductors.
• ESD-safe work-in-progress handling systems and returnable packaging solutions.

Frequently Asked Questions

Is this black HIPS sheet suitable for vacuum forming detailed ESD-safe trays?

Yes, the material is specifically selected for good thermoforming performance and is well suited to vacuum forming. It maintains detail well in formed parts, allowing you to produce consistent, repeatable ESD-safe trays and inserts.

Which thickness should I choose for my application?

As a general guide, 1mm and 1.5mm thicknesses are often used for lighter-duty trays and inserts, while 2mm and 3mm are preferred where additional rigidity and impact resistance are needed, such as for larger carriers or reusable handling systems. The best choice depends on the required stiffness, weight and level of protection.

Can the sheets be cut and fabricated with standard workshop tools?

Yes, the conductive HIPS sheets can typically be cut, drilled and trimmed using common workshop tools suitable for plastics, such as saws, routers and guillotines. Always use appropriate settings and tooling for plastics to achieve a clean edge and avoid overheating the material.