Product use: Water-based double-sided tape is widely used for bonding, fixing and laminating, etc. It is mainly used for fixing insulating materials, sound insulation materials, and electronic industrial uses such as electrical components and circuit boards.
Raw material process: Water-based double-sided tape is also called emulsion-type acrylic pressure-sensitive adhesive. It is a kind of double-sided tape. Its characteristics are between ordinary double-sided tape and oily double-sided tape. It is obtained by emulsifying acrylic monomers under the action of surfactants and polymerizing them with water as the medium. It has the advantages of safe operation and no pollution to the environment.
Product advantages: The initial adhesion and lasting adhesion of water-based double-sided tape are balanced, the adhesion is long-lasting, and the aging resistance is good; it has a wide range of applications and can play a good bonding role on most materials. There are many varieties, environmental protection, and low prices. Water-soluble tape will be the direction of coating in the future due to its functionality, environmental protection and low price.
Precautions for use:
1. When using this product, apply a certain force to make the tape and the adherend have a good combination, and the adhesive surface and the surface of the adherend should be as close as possible to achieve the best use state.
2. The surface of the object to be adhered should be clean, free of pollution and oil, otherwise it will affect the adhesive effect of the tape.
3. Avoid contact between the adhesive surface and oil, solvents, dust and other substances.
Storage method: Double-sided tape should be placed in a room temperature and ventilated environment. Since ordinary double-sided tape is sensitive to temperature environment, ultra-high temperature or ultra-low temperature environment will affect the viscosity of double-sided tape. It is recommended not to place double-sided tape directly in the air, as the glue of the double-sided tape is easily volatilized due to external influences.
