High Temperature Resistance 200 Degrees Masking Protection High Temperature Tape

The role of high-temperature resistant tape

1. The high-temperature resistant tape is mainly suitable for the protection of high-temperature powder without spraying and baking paint for metal surface treatment such as computer chassis and cabinets;

2.  At the same time, it is also suitable for shielding protection and insulation during high-temperature spraying of electronic products, automotive industry, coating and other products;

3.  The high-temperature resistant tape has a certain effect on the fixed fixation of printed circuit boards, electronic parts, resistance capacitors during the production and the impregnation process of PCB boards, and the prevention of plating solution immersion and pollution, and the gold plating shielding protection of printed circuit boards;

4.  Home appliances, machinery, electronics and other industries also need high-temperature coating and painting protection, high-temperature bundling and fixing, and high-temperature resistant tape can solve these problems.

5. High-temperature resistant tape is sometimes used as a release paper joint, commonly known as splicing tape.

6.  It can be applied to the drum of the sizing machine, thermoplastic demoulding and other industries, and the high-temperature resistant tape can be used repeatedly and is easy to replace;

7.  High-temperature resistant tapes are widely used in packaging, thermoplastic, composite, sealing and heat sealing, electronic and electrical industries;

8. Mainly used in the electronic industry, the temperature resistance is usually between 120 ° and 260 °, and the high-temperature resistant tape is often used for painting, lacquered leather processing, coating and masking, fixing in the process of electronic parts, printed circuit boards and high-temperature treatment masking. Claim feedback

   Types and uses of high-temperature tapes

   
   

1. High-temperature resistant masking tape can be mainly used for sealing boxes, baking paint, spraying paint, packaging fixing, building decoration and other industries, as well as covering protection when spraying high-temperature baking paint on plastics and metal parts.

2. Teflon high-temperature tape can be widely used in packaging, thermoplastic, composite, sealing and heat sealing, electronic and electrical industries. If it is strengthened by fabric, it will have the characteristics of high strength, and it can be applied to the drum of sizing machine, thermoplastic release and other industries. 

3. Polyimide high-temperature tapePolyimide high-temperature tape is widely used in solder mask protection, transformer coil high-temperature insulation bundling; Capacitor insulation material, PCB board gold finger high-temperature spraying shielding protection, mobile phone lithium battery manufacturing bundling. The polyimide high-temperature tape insulating tape produced by the protection gold finger company is made of polyimide film as the base material coated with high-temperature resistant silica gel, which has super high temperature resistance and is used for the protection of gold finger during reflow soldering.

4. PET high-temperature tape can be mainly used for various purposes such as shielding, protection and insulation during high-temperature spraying of electronic products, automotive industry, coating and other products, and does not leave residual glue after being made. At the same time, it can also be applied to the production of printed circuit boards, electronic parts, resistance capacitors and fixation, as well as home appliances, machinery, electronics and other industries that need high-temperature painting protection, high-temperature bundling and fixing.

Heat-resistant and high-temperature tape use scenarios: Coating Powder coating, 260-degree high-temperature masking, wave soldering process of electronic components, heat-resistant protection, H-class insulation of motor coils, new energy batteries, heat-resistant shielding and heat-resistant materials for wind power generation devices, and splicing of silicone oil paper film materials