High-temperature resistant pressure-sensitive adhesive for mobile phone screen PVD film

PVD Coating High-Temperature Resistant Pressure Sensitive Adhesive

Mobile Screen PVD Coating High-Temperature Resistant Pressure Sensitive Adhesive

We have developed a solvent-based pressure sensitive adhesive for coating adhesion to low surface energy substrates specifically for protecting mobile screen PVD coatings. It withstands high temperatures of 200 degrees Celsius for 90 minutes without leaving residue, with a peel strength of approximately 200-350 grams. Suitable for PET substrates. Welcome to discuss via phone.

High-temperature resistant pressure sensitive adhesive for glass bonding fixtures, re-laminating PET or PI films. Requires resistance to 200 degrees Celsius high temperature, no residue, and moderate strength.

To create vibrant colors for our mobile phones, we need to perform PVD coating. This process requires protection during manufacturing, using pressure sensitive adhesive for bonding and fixation, and the adhesive must be heat-resistant.

Physical Vapor Deposition (PVD) technology involves vaporizing a material source—solid or liquid—into gaseous atoms, molecules, or partially ionized ions under vacuum conditions using physical methods, and depositing it onto a substrate surface through a low-pressure gas (or plasma) process to form a thin film with specific functions. Main methods of physical vapor deposition include vacuum evaporation, sputtering, arc plasma plating, ion plating, and molecular beam epitaxy. Currently, PVD technology can deposit not only metal and alloy films but also compounds, ceramics, semiconductors, polymer films, etc.

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Vacuum coating, punch titanium plating, hardware mold titanium plating, plastic mold titanium plating, nano titanium plating, etc. Vacuum ion plating (PVD) is a widely used industrial ultra-hard film technology, known for its high hardness, low wear rate, low friction coefficient, strong corrosion resistance, anti-adhesion properties, and other superior performance characteristics, widely applied in the mold industry.