In high-speed printing and industrial production environments, efficiency, reliability, and consistency are critical success factors. Even minor deviations can lead to significant resource waste, production interruptions, and ultimately financial losses. In these demanding applications, bonding solutions play a crucial role, requiring the ability to withstand high-speed operations, elevated temperatures, and various physical and chemical stresses. The 3M™ 469 double-sided tape, designed specifically to meet these rigorous requirements, has gained widespread market recognition for its exceptional performance and versatile applications.
The 3M™ 469 double-sided tape is a premium tissue tape engineered for high-speed splicing and applications requiring high-temperature resistance. Its core characteristics include:
| Property | Value | Unit | Test Method |
|---|---|---|---|
| Thickness | 5.5 | mil | ASTM D3652 |
| Color | Red | Visual inspection | |
| Adhesive Type | Acrylic | Chemical analysis | |
| Liner Type | 72-lb dense kraft paper | Physical inspection | |
| Short-term Temperature Resistance | 350 (180) | °F (°C) | ASTM D3759 |
| Long-term Temperature Resistance | 200 (84) | °F (°C) | ASTM D3759 |
The superior performance of 3M™ 469 tape is supported by rigorous scientific research and extensive testing data.
The medium-hardness acrylic adhesive provides immediate tack and durable bonding strength, suitable for various materials including low-surface-energy plastics and different paper grades.
Exceptional thermal stability makes this tape ideal for printing applications requiring high-temperature drying processes.
Maintains performance stability under harsh printing conditions, resisting environmental degradation.
The 3M™ 469 tape serves multiple critical functions in industrial settings:
The acrylic adhesive formulation delivers:
3M maintains market leadership through:
Industry developments point toward:
The 3M™ 469 double-sided tape represents a specialized solution for demanding industrial applications, combining high-performance characteristics with reliable operation under extreme conditions. Its continued evolution will support advancing industrial requirements while maintaining the quality standards synonymous with the 3M brand.
Contact Person: Miss. Ye
Tel: 18060686074