Do you know what an omnidirectional conductive sponge is?

Published:

2023-03-22 22:18

Source:

The omnidirectional conductive sponge is a conductive metal plating process based on the sponge. The back of the conductive sponge uses a conductive cloth as the substrate to combine the conductive adhesive with the sponge material, thereby achieving an omnidirectional conductive effect. It uses electroplating on the surface of the sponge to ensure good electrical conductivity, and the outermost nickel layer also increases the corrosion resistance of the material.

With excellent bending durability, it is very suitable for certain occasions with limited capacity and sealing pressure. And it contains non combustible substances to prevent the possibility of spontaneous combustion of electronic products. The omnidirectional conductive sponge produced by the foaming process of polymer polyurethane composite materials has uniform foam pore size, soft, elastic, and corrosion resistance. This foam sponge has a large elastic change and excellent shock resistance effect.

Widely used in: computers, LCD monitors, LCD TVs, laser printers, high-speed copiers, communication equipment, mobile phones, satellite communications, medical equipment

High voltage machine testing. Instrumentation. Gaskets/partitions. Plug in electronic products. Shock proof and conductive packaging

characteristic:

1、 The price is cheap. Due to the relatively low production cost, its selling price is also very cheap.

2、 It is an upgraded product of conductive foam, with a three-dimensional shielding effect that is stronger than conductive foam.

3、 The main material itself is sponge, which is soft and easy to process or use for packaging. Suitable for various places and environments.

4、 The conductive cloth used is a vacuum plated metal material with good permanent conductivity.

5、 Omnidirectional conductive sponges have excellent bending durability, making them ideal for applications with limited capacity and closing pressure. In addition, it contains non flammable substances, which can lead to spontaneous combustion of electronic products.

6、 The omnidirectional conductive sponge is produced using the foaming technology of polymer polyurethane composite materials, with uniform foam pore size. Soft, elastic, and has strong corrosion resistance. The foam sponge has a large elastic change and good shockproof effect.

7、 Omnidirectional conductivity is made by electroplating conductive metal on the basis of a sponge. The back of the conductive sponge is made of conductive cloth, which allows the conductive adhesive to be bonded to the sponge material, achieving an all-round conductive effect.

8、 Electroplating an omnidirectional conductive sponge onto the surface of the sponge not only ensures good conductivity, but also improves the corrosion resistance of the material with the outermost nickel layer.

Do you know the relationship between conductive cloth tape and conductive cloth?

More Information

Do you know what an omnidirectional conductive sponge is?

Do you know the relationship between conductive cloth tape and conductive cloth?

Conductive cloth adhesive tape is also a kind of adhesive tape made of conductive cloth. Its characteristics are the addition of "glue" characteristics to the conductive cloth, and its important characteristics can be referred to the term "conductive cloth". The "glue" that is commonly desired in the industry is conductive glue, which has a "nickel" component, in order to provide a magnetic shielding effect. However, there are also ordinary acrylic or hot melt adhesives that do not require conductive adhesive, in order to make the conductive cloth have good adhesion.

Where are conductive sponges widely used?

Conductive sponge is a material that mainly uses flame retardant sponge as the base material during the production process; An electronic material made by wrapping a layer of conductive cloth on the surface of the sponge and using a special process.

Are plastic products safe? Can they be heated and used?

Plastic products can be seen everywhere in daily life, but like Ms. Wang, many citizens know very little about the basic knowledge of plastic products. The author interviewed 20 citizens in a number of supermarkets and residential communities and found that 80% of the citizens often use plastic products in their lives, but they do not know how to use plastic materials and how to be safe.

The U.S. plastics processing industry is in a good situation with more optimism

Troy Nix, executive director of MAPP, said that the plastics manufacturing industry has officially recovered from the recession and is moving steadily towards exceeding the pre-recession sales level.