Special Extreme-Temperature Resistant Labels

, such as lithium batteries and automotive circuit boards. Available in two primary thicknesses: 0.5 mil (0.012mm) and 1 mil (0.025mm). The material complies with environmental standards including ROHS Six Substances, Halogen Free, and REACH 2.0 PFOS.

2. For electrostatic-sensitive electronic components, such as ICs, capacitors, and SMD transformers.3. For the biopharmaceutical field.

These labels utilize a polyimide film substrate paired with a specially engineered coating, delivering superior results for both printing and imprinting. Primarily used for identifying circuit boards during SMT processes and other electronic components. Withstands temperatures up to 350°C for 50 minutes and complies with the UL94 VTM-0 flame retardancy standard.

These high-temperature labels feature anti-static properties. Based on a polyimide film substrate, they withstand temperatures up to 350°C for 50 minutes, meeting the requirements of various SMT process stages. Paired with a specially formulated anti-static adhesive, the peel voltage remains below 100V. The uniquely designed surface coating maintains excellent printability while effectively controlling surface resistance between 10⁶Ω and 10⁸Ω.3. Removable Adhesive High-Temperature Labels:

Constructed from a polyimide film substrate with a printable coating specifically designed for SMT processes, these labels offer excellent print quality and high-temperature resistance. Ideal for identifying circuit boards and other electronic components during SMT processes, they withstand temperatures up to 350°C for 50 minutes. The labels can be removed post-reflow without leaving residue, making them optimal for process materials. Available in two primary thicknesses: 1 mil (0.025mm) and 2 mil (0.05mm), with gloss and matte finishes. Customizable colored removable high-temperature labels are also available.

Permanent adhesive labels on nylon fabric, suitable for thermal transfer printing, withstand extreme temperatures from -196°C to -80°C and -40°C, designed for cryogenic and frozen storage environments.