What are the characteristics and industrial uses of high-temperature-resistant labels? First, the basic features of high-temperature-resistant labels are discussed.

It uses polyimide film as the base material and is coated with a special pressure-sensitive adhesive. It can withstand high temperatures up to 350°C (the shedding time of the font is inversely proportional to the temperature). In addition, high-temperature-resistant labels have a unique surface bright coating and high frictional resistance. It is resistant to nitrogen, dirt, chemicals, and harsh environments. It can withstand reflow soldering, wave soldering, and solvent cleaning of various chemicals under high pressure.

After learning about the characteristics of high-temperature-resistant labels, let's take a look at most of their industrial uses.

High-temperature-resistant labels can be used for bar-code identification of circuit boards, electrostatic discharge, wires and cables, hot-rolled steel, aluminum, ceramics, flame-retardant materials, chemical corrosion-resistant and friction-resistant materials. It can also be used in various printing technologies, such as potentiometric transfer printing, inkjet printing, laser printing, dot matrix printing, aniline flexography, and thermal transfer printing, etc.

The material of high-temperature-resistant labels uses polyimide film and imported high-temperature-resistant silicone pressure-sensitive adhesive. This tape has good high-temperature resistance, electrical insulation, and chemical resistance. It is non-toxic, odorless, and harmless to the human body and the environment. Due to its ultra-low peeling force (for automatic die-cutting, waste discharge, and labeling), it is suitable for identifiable tracking labels in high-temperature situations such as printed circuit boards, steel, and aluminum, and can be made into various high-temperature-resistant labels. It is very convenient to use. It is a new type of label developed in recent years.

High-temperature-resistant labels can be produced according to customer requirements. PET is widely used in special situations such as electronic products, mobile phone batteries, computer monitors, and air conditioner compressors due to its excellent dielectric properties, good anti-fouling, scratch-resistant, and high-temperature-resistant properties.

The main feature of high-temperature-resistant labels is the use of ultra-thin polyimide materials. On the premise of ensuring excellent quality, they are of good quality and low price. It saves your marking cost and allows you to obtain a better cost-performance ratio; the ultra-thin feature conforms to the development trend of miniaturization and high density of circuit boards in 3C products such as MP3s; it can last up to 315°C/50 minutes without falling off or deforming; it is resistant to VAR corrosive chemicals and various abrasions; the quality is stable; it meets the international lead-free industrial process standards.