Most of the high temperature resistant labels are used in special industrial environments, such as: circuit boards, ESD, electrical cable, hot rail steel, aluminum, ceramics, flame retardant materials, chemical resistant, anti-friction materials for bar code identification. Can be used in a variety of printing technology, such as potential transfer, inkjet, laser, needle, flexographic flexography and thermal transfer, etc...

Through professional research and leading technology, we have introduced a series of thermal transfer labels printing for ultra-high temperature and lead-free applications. It is especially suitable for the harsh working environment where the label has an extremely high temperature requirement for the international standard of industrial lead-free process. Ideal for board or other electronic parts identified by characters or barcodes.

Ultra-high temperature series labels printing can be printed with thermal transfer and exhibit the best PCS and first-class read rate, showing excellent chemical and wear resistance, up to 1000 degrees Fahrenheit (538 ° C) Temperatures, resistance to a wide range of chemicals such as fluxes, fluxes and cleaners, as well as extreme conditions of high temperatures and wear, ensure superior performance in a variety of extreme and demanding applications.

--The best choice for lead-free process

Ultra-high temperature resistant label features: Ultra-thin 1 mil polyimide material is noble and inexpensive under the premise of ensuring excellent quality:

Save your logo costs and get the best price/performance ratio;

The ultra-thin material structure is suitable for the whole process processing, meeting the most demanding requirements in the solder paste screen printing process;

The ultra-thin characteristics are in line with the trend toward miniaturization and high density of 3C products such as MP3.

The maximum resistance is 315 ° C / 50 minutes:

Does not fall off, does not deform;

Resist the erosion of various chemical substances and various wear and tear;

Maintain the stability of quality;