Product Overview

Epoxy insulating boards are insulating laminates made by thermocompression molding, with epoxy resin as the matrix and glass fibers as the reinforcing material. They are commonly used as insulating structural materials in the electrical industry. These products feature stable dielectric properties and mechanical strength, allowing them to operate reliably over a specified temperature range for extended periods. They effectively isolate live parts and support electrical components, providing a fundamental guarantee for the safe operation of electrical equipment. They are suitable for a wide variety of voltage levels and operating conditions.

Product Features

1. It features stable insulation performance and excellent electrical insulation properties, which can reduce risks such as electrical leakage and breakdown, making it well-suited to meet the insulation requirements of electrical equipment.

2. It boasts excellent mechanical strength, with superior resistance to compression, bending, and impact. It can withstand a certain load without easily deforming or getting damaged, thereby ensuring structural stability.

3. Meets temperature resistance standards and can operate within the typical working temperature range. Even under conditions of temperature fluctuations, it maintains its original performance and is resistant to aging and degradation.

4. It exhibits good corrosion resistance and can withstand the erosion of common chemical media and humid environments, and its performance is not easily affected by environmental factors.

5. It features convenient processing performance and can be cut, drilled, ground, and otherwise processed according to actual needs, making it suitable for assembling electrical components of various specifications.

6. The structure has a uniform texture, and after molding, the board exhibits even density with no obvious defects, ensuring consistent insulation and support performance.

Product Applications

This product is widely used in electrical equipment and power distribution systems. Its primary application scenarios include: insulating partitions, gaskets, and support components installed within high- and low-voltage switchgear and distribution boxes; insulating parts, shims, and partitions for equipment such as transformers and reactors; insulating structural components, terminal boards, and protective devices used in motors and electrical appliances; insulating bases and pads employed in electronic devices and instruments; electrical accessories requiring insulation protection in industrial environments such as chemical and metallurgical plants; and insulation structural components tailored for specialized electrical systems, including new energy power stations and communication equipment.