High Temperature Label Material

Most of the high temperature resistant labels are used in special industrial environments, such as: circuit boards, ESD, electrical cables and wires, hot rail steel, aluminum, pottery, flame retardant materials, anti-chemical corrosion and anti-friction materials for barcode identification. Can be applied to a variety of printing techniques such as potential transfer, inkjet, laser, needle, flexo and thermal transfer…

Through professional research and leading technology, we have launched a series of thermal transfer labels for ultra-high temperature lead-free applications, which are especially suitable for harsh working environments with extremely high temperature requirements for labels in order to achieve international standards for industrial lead-free processes. Ideal for character or barcode identification of circuit boards or other electronic parts.

The Ultra High Temperature range of labels can be printed with thermal transfer and exhibit best-in-class PCS and best-in-class read rates, exhibiting superior chemical and abrasion resistance up to 1000°F (538°C) Temperature, resistance to a wide range of chemicals such as fluxes, fluxes and cleaning agents, as well as extreme environments with high temperatures and abrasion, ensuring excellent performance in a variety of extremely harsh and demanding applications.

The characteristics of the ultra-high temperature resistant label: The ultra-thin 1 mil polyimide material is used, which is noble and not expensive under the premise of ensuring excellent quality;

Save your labeling costs and let you get the best price/performance ratio;

The ultra-thin material structure is suitable for the whole process, and meets the most stringent requirements in the solder paste screen printing process;

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

Up to 315 ℃ / 50 minutes:

Does not fall off, does not deform;

Resist all kinds of chemical erosion and all kinds of wear;

maintain quality stability;

Reach the international standard of lead-free chemical industrial process.