ESD Sheet Sheet Dissipative Sheet Roll

Intro utama

ESD Dissipative HIPS Sheet is a high impact polystyrene (HIPS) plastic sheet that is conductive and static dissipative. It is made by adding conductive fillers such as carbon black, carbon fiber or metal powder to HIPS resin. Conductive dissipative HIPS sheets have the following features and advantages:

Feature

• Conductivity: Conductive dissipative HIPS sheets can conduct electricity and can guide static charges to the ground to prevent static electricity accumulation.
• Static dissipative properties: Conductive dissipative HIPS sheets have good static dissipative properties and can quickly release static charges into the environment, reducing the risk of electrostatic discharge (ESD).
• High impact strength: Conductive dissipative HIPS sheets inherit the high impact strength of HIPS materials and are not easily broken.
• Easy to process: Conductive dissipative HIPS sheets can be easily processed into a variety of shapes.

Advantage

• Protect electronic products from ESD damage: Conductive dissipative HIPS sheets can effectively prevent ESD damage and are suitable for electronic product packaging, transportation and storage.
• Prevent static electricity accumulation: Conductive dissipative HIPS sheets can prevent static electricity accumulation and are suitable for packaging and transportation of flammable and explosive items.
• Reduce dust adsorption: Conductive dissipative HIPS sheets can reduce dust adsorption and are suitable for clean room environments.

Specifications of ESD dissipative HIPS sheet

HIPS sheet we offer

ESD dissipative HIPS sheet production process

The production process of conductive dissipative HIPS sheets usually includes the following steps:

Mixing: Mixing HIPS resin with other additives such as pigments and antistatic agents.

Extrusion: The mixture is heated and extruded into a film or sheet.

Cooling: Cooling the film or sheet to room temperature.

Shaping: The film or sheet is heated and blistered into the desired shape.

Trimming: Trimming molded parts as needed, such as cutting, stamping, or printing.

Application of ESD Dissipative HIPS Sheet

Conductive dissipative HIPS sheets have a wide range of applications, including:

• Electronic product packaging and shipping: Conductive dissipative HIPS sheets can be used to make electronic component trays, packaging boxes and other materials used to ship electronic products. It can help prevent ESD from damaging sensitive electronic components.
• Industrial Applications: Conductive dissipative HIPS sheets can be used as conveyor belts, guide rails, and other industrial components where static buildup needs to be prevented.
• Medical device packaging: Conductive dissipative HIPS sheets can be used in the packaging of medical devices to prevent ESD damage.
• Food packaging: Conductive dissipative HIPS sheets can be used in food packaging to prevent fires or explosions caused by static electricity accumulation.
• Other Applications: Conductive dissipative HIPS sheets can also be used in other applications such as anti-static flooring, walls and clothing.

How to make HIPS sheets conductive

Adding conductive fillers: The most common method is to add conductive fillers, such as carbon black, carbon fiber or metal powder, to HIPS resin. These fillers increase the material’s conductivity, allowing it to conduct electricity.

Use a conductive coating: Another method is to apply a conductive coating on the surface of the HIPS sheet. Coatings can be made from conductive inks, paints or metallic films.

Use chemical modification: HIPS resin can also be chemically modified to make it conductive. This usually involves adding additives to the resin, such as peroxides or coupling agents, which change the chemical structure of the material so that it can conduct electricity.

Pros and cons of each method:

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