1. Main purpose
Main application: Eliminate static electricity, widely used in turnover loading, packaging, storage and transportation in the production process of electronic devices and products. In the industry, it is also called static-conductive tray; the height of the tray is generally below 100mm; it is suitable for the turnover storage container of precision electronic components. According to the requirements of customers' electronic components, there are also different requirements for the size.
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 has permanent static dissipative properties. The finished product has good mechanical strength and heat resistance; good impact resistance and strong chemical corrosion resistance. It will not change its antistatic performance due to the environment, time and temperature.
The anti-static tray can effectively release the static charge accumulated on the surface of the object, so that it will not generate charge accumulation and high potential difference; it can greatly reduce the damage rate of electronic products during the production process, reduce costs, and improve product quality and profits.
2. Classification
(1. Anti-static tray
(2. Conductive tray
(3. Parts anti-static tray
3. Structural classification
(1. Stackable anti-static tray
(2. Split anti-static tray
(3. Anti-static tray with holes
(4. Hollow plate anti-static tray
(5. Blister anti-static tray
4. Performance
It has anti-bending, anti-aging, high load-bearing strength, tensile, compression, tearing, and high temperature. It is made into a box-type turnover box that can be used for both turnover and finished product shipment packaging. It is lightweight, durable, and stackable. Various specifications and sizes can be customized according to user needs, and can be equipped with covers, dust-proof, anti-static, and beautiful in appearance. Generally, the anti-static tray is designed and manufactured according to the size provided by the customer to achieve the most reasonable loading, and multiple trays can be overlapped to effectively use the factory space, increase the storage capacity of electronic components, PCB boards, and dust-free workshop components, and save production costs.
With the continuous development of digital technology, the spare parts industry for digital products is becoming more and more popular, and the anti-static blister trays used for the transportation and turnover of these spare parts have become a fragrant bun that is in short supply. However, due to the difficulty in making anti-static plastic-absorbing materials, many anti-static plastic-absorbing tray manufacturers can only produce a very simple anti-static index that can only reach 108-1012, and this anti-static effect will be affected by the humidity and humidity in the air. The influence of temperature may lead to weakened or even no anti-static effect at any time, which will bring unnecessary losses to the product.
So how is the permanent anti-static blister tray made? First of all, let's talk about how the anti-static effect of the blister tray comes from. It is divided into two situations. One is to spray a layer of anti-static liquid on the surface of the blister material, which will not affect the transparency of the blister tray. , the general transparent blister trays are sprayed outside, and the other is built-in, that is, antistatic liquid is added to the material when making the blister sheet, which is generally used for black or white blister Tray, because it will make the transparent blister look foggy and affect the transparency. But in terms of anti-static effect and lifespan, the built-in is far more than the external spray, but its production process is also much more complicated than the external spray.
