In the automotive industry and household electrical appliances industry, because of the complexity of the internal circuit of the automobile and electrical appliances, the complex wires are often identified. At this time, we will recommend the halogen-free heat shrinkable identification tube and other special requirements of the identification tube produced by our company.
The halogen-free heat shrinkable marking tube is designed for environmental protection, economic and practical use and high reliability, and is made of cross-linked environmental friendly polyolefin heat shrinkable material. It complies with UL224 and can / CSA c22.2 standards. There are two types of fit type and continuous type as well as two shrinkage ratios of 2:1 and 3:1 for users to choose. The printing of the product has excellent abrasion and wear resistance. The color code firmness still meets the requirements of American military standard sae-as 81531 and mil-std-202f / 215j even if it is corroded by cleaning agent or military fuel before and after heat shrinkage, and the permanent marking effect is maintained.
The main advantages of halogen-free heat shrinkable identification tube are as follows:
1. It can be shrink wrapped on the wire;
2. Because of the heat transfer printing and the use of carbon tape, the identification tube can achieve the function of permanent identification;
3. Normal temperature tolerance is 125 ℃;
4. We can print according to the printing content provided by customers;
5. Regular colors are yellow and white, other colors can also be customized, specifications in 1.6mm to 76mm.
If the customer has special requirements for temperature resistance and corrosion resistance, we can recommend another type of high-temperature resistant identification tube, which is mainly made of PVDF polyvinylidene fluoride. The maximum temperature resistance of the identification tube can reach 225 degrees. This type of high-temperature resistant identification tube is mainly used in aerospace, ship, engine oil circuit and other parts.