Blistering is a plastic processing process that mainly involves heating flat plastic hard sheets to become soft, using vacuum adsorption on the surface of the mold, cooling them, and forming them. It is widely used in industries such as plastic packaging, lighting, advertising, and decoration. The anti-static blister tray is made of a special material with a surface resistance value less than 10 to the 11th ohm. Anti static plastic trays have the characteristics of stable electrical resistivity, environmental protection, non-toxic, odorless, buffering and shockproof, and good machining performance. They have been widely used as anti static turnover products in the fields of integrated circuit boards, optoelectronic modules, communication, and microelectronics.

What is the reason for the loss of anti-static effect of materials caused by blister electronic trays?

The anti-static tray is made of special materials such as blister and PP plastic. The surface resistance of the material is below the 6th power of 10 or between the 6th power of 10 and the 11th power of 10 ohms.

Main use: Eliminating static electricity, widely used for turnover loading, packaging, storage, and transportation of electronic devices and product production processes. Also known as static conductive tray in the industry; The height of the tray is generally below; A container suitable for the turnover and storage of precision electronic components, with different dimensions according to customer electronic component requirements.

Anti static tray

An anti-static tray is an ideal tool for storing electronic components. Due to the addition of special polymer chains in the raw materials, the finished product exhibits permanent electrostatic dissipation performance. The finished product has good mechanical strength and heat resistance; Good impact strength and strong chemical corrosion resistance. It will not change its anti-static performance due to environmental factors, time and temperature.