Dapoo Technology(Dongguan)Co.,Ltd
Contact person: manager Huang 13580920089
Tel: 0769-82681221
Fax: 0769-81162640
Business department 1: Huang Juan 15999819689
Business department 2: Wang Tingying 15999819619
Job QQ: 1659252710
website: www.dapootech.com
Email: hty8899@dapootech.com
Address: second floor, 72 Dongbao Road, Houjie Town, Dongguan City
The anti-static rubber sleeve is used for punching various seals, rings, etc., and can also be used as light conveyor belt. It works in the environment with high strength requirements, so the anti-static requirements in the production process become more and more important. As an indispensable equipment in the traceability of electronic products and components, due to the high cost of professional anti-static materials in the market, major manufacturers have no longer launched professional anti-static materials Professional anti electric scanning gun products with high cost performance and good wear resistance, aging resistance and air tightness are widely used in rubber industry.
According to the structure, it is divided into single loop wrist strap and double loop wrist strap, which is used to discharge static electricity of human body. It is composed of elastic belt, movable button, spring cord, protective resistance and plug or chuck. The inner layer of elastic belt is woven with anti-static yarn, and the outer layer is woven with ordinary yarn. When the polarity rubber contacts with non-polar petroleum oil, the polarity of the two is quite different, and the rubber will not swell easily.
It can adopt the method of edge melting on both sides, hot sealing on the other side, or edge melting on four sides, which can provide better edge protection. The product does not contain secondary rubber, waste rubber, recycled rubber and any plastic components. The surface resistance and volume resistance are stable, the unit area ratio is large, the flat performance is good, and the physical performance is stable. The anti-static rubber sleeve adopts copper nickel plating structure to give full play to the advantages of the process in shielding electromagnetic waves. Light weight, ultra-thin thickness is only 175um, which is suitable for the development of modern electronic products with light weight and thin thickness! The mesh layout is dense and reasonable, which can greatly facilitate the internal heat dissipation of electronic products; the resistance is as low as 2 ohm, which can effectively shield the electromagnetic wave and reduce the degree of injury to human body.