In today's era of highly integrated components for high-tech products, the thermal interface material industry is keeping pace with the times. For certain specialized electronic products, conventional thermal interface materials struggle to provide both effective heat dissipation and strong adhesion to critical electronic components. Thermal conductive double-sided tape completely resolves these challenges. It sees significant adoption in sectors like electronics, LED lighting, and display backlighting. As technology advances, our products continuously evolve. The demand for functionalization and efficiency has granted thermal conductive double-sided tape substantial application advantages, making it indispensable in these fields.

In short, QLED (Quantum Dot Light Emitting Diodes) is a trademark created by Samsung to describe its high-end quantum dot LED TV series. Some products from Hisense and TCL also utilize this technology, licensed through the QLED Alliance.

Manufactured from double-sided acrylic adhesive coated PET, the tape is typically available in transparent and black colors with common thickness specifications ranging from 0.03 to 0.25 mm. It exhibits excellent dimensional stability, thermal stability, and chemical stability, featuring strong initial tack and sustained adhesion. The tape is easily die-cut and demonstrates superior adhesion to plastics, rubber, and nameplates. Suitable for a broader temperature range and harsh environments; Long-term temperature resistance: 100-120°C; Short-term temperature resistance: 130-200°C.

In recent years, the rapid development and widespread adoption of various electronic devices have brought tremendous convenience to people. However, the electromagnetic radiation and interference generated by electronic and electrical equipment during operation have also severely impacted human production and daily life. The hazards of electromagnetic waves are primarily manifested in the following aspects: Electromagnetic radiation can harm human health through thermal effects, non-thermal effects, and population effects; electromagnetic waves may interfere with electronic devices, instruments, communication signals, and even threaten military security, causing significant losses.