Characteristics and application fields of antistatic EVA foam
Anti-static EVA foam is based on the principle of EVA foam, adding corresponding ingredients to make it have anti-static function, to achieve the role of supporting electronic and electrical products, this anti-static EVA foam is a new type of environmentally friendly foam material, Not only does it have a certain effect on anti-static, but also a good material for cushioning, shockproof and heat insulation, it has been widely used in various fields and has been trusted by our customers. Here, Hongtiankai Foam Editor is familiar with the characteristics and application fields of anti-static EVA foam.
Feature 1 Excellent shock resistance
Measuring the quality of a packaging material should start with its shock resistance, because the product is packaged, stored, transported, and handled. In these links, the product is extremely susceptible to external shocks and damage the product! Anti-static EVA foam packaging is the total high elasticity material in the future, which has excellent cushioning and shock absorption performance and can ensure that the product is intact.
Feature 2 Permanent anti-static
Among many anti-static foam packaging products, only EVA and IXPE are permanent anti-static. Its antistatic performance is not affected by temperature and humidity. The resistance value on the surface is 10E3-10E9, and the conductivity is excellent. At present, many electronic factories choose this product when selecting anti-static EVA trays.
Feature 3 VO grade flame retardant
We all know that foam is a flammable product, but antistatic EVA foam is a flame retardant product. Its flame retardant level has been tested by relevant agencies, and the flame retardant level is VO. After two 10-second burning tests, the flame was extinguished within 30 seconds, and no burning matter fell.
Feature 4 Environmentally friendly materials
Previous packaging products have a lot of contaminants, it is easy to cause pollution to the environment. The EVA foam packaging is a new type of environmentally friendly material, which has the characteristics of biodegradation to ensure that it will not cause pollution to the environment.