What Is ESD/Antistatic Phenolic Bakelite Sheet

 

Bakelite boards are processed to manufacture products such as wires, connectors, cables, etc., mainly by utilizing mechanical processing methods. Since bakelite is a man-made synthetic chemical substance, it has the characteristics of non-absorbent, non-conductive, and high-temperature-resistant, etc., plus it is widely used in the manufacture of mechanical molds. In some foreign developed countries have also begun to use. At present we have mastered some of the technology. Bakelite board processing process is as follows, the processing of bakelite board has three main categories, processing with wires. It mainly uses mechanical pressure as a power source to press it on the surface, and then put it on the mold for heating and grinding. Secondly, using plastic products as raw materials. It is mainly used to make rubber molds with chemicals and synthetic fibers. Third, metal molds made of plastic. The processing flow of Bakelite is as follows, using plastic products as raw materials, pressing them on the surface for heating and grinding.

 

The main purpose of anti-static bakelite board prevents static electricity generation and protects the environment. Characteristics of anti-static board wear-resistant, corrosion-resistant, impact-resistant. Excellent performance and aging resistance. Characterized by high impact strength, which can keep the original texture of wood products. Has good processing performance. Anti-static wood has many unique features in the production process. For example, strong abrasion resistance, good water resistance, high impact strength. Anti-static wood can effectively protect the surface of the wood during processing, reducing the damage and deformation of the board. Antistatic boards have a high service life. Features high impact strength and aging resistance. Have good processing performance. Antistatic board has high processability.

 

Antistatic bakelite board, in mechanical manufacturing, bakelite board has excellent wear resistance, impact resistance, and corrosion resistance, acid and alkali resistance. Therefore, the manufacturing cost of bakelite board is much lower than the traditional wood processing cost. However, because it is a special material, it can be greatly affected in the design and production process. In order to ensure that these advantages can be realized and continuously used in other areas. For example, the various materials that can be made from bakelite boards pollute the environment during the production process. Therefore, bakelite boards are carefully researched and designed by their designers. This enables the bakelite panels to have higher corrosion resistance.

 

 

 

① Select, high-strength materials. Such as steel, copper, aluminum, etc.

 

② A variety of materials made of bakelite boards, such as metal, glass, etc..

 

③ The processing technology of Bakelite board. All of these need to be scientifically and systematically studied by designers. For example, bakelite boards use a large number of metal elements in the manufacturing process, so as to ensure that bakelite boards will not be affected by any external environmental factors in the processing process. The principle of bakelite board manufacturing is to combine the bakelite board with mechanical parts, and make it deformed, distorted or dislodged through compression and extrusion.