3M 40544, VHB Tape LSE-060WF, White, 1/2 in x 36 yd, 0.6 mm, 18 rolls per case, 7100218845

Dream, Design, Deliver with the LSE Family of 3M VHB Tapes
The 3M VHB Tape LSE Series masters the challenge of low surface energy (LSE) bonding and delivers durable results. It offers superior bonding performance without primer on difficult to bond substrates such as PP, TPO, TPE, and composite materials. By eliminating the need for priming in your production, the LSE Series increases productivity and reduces the use of harsh chemicals in your facilities. Its excellent durability and wide range of temperature resistance ensures ultimate performance strength and reliability for in- and outdoor applications. The fast and easy to use permanent bonding method provides high strength and offers design flexibility with its viscoelasticity, making it an ideal fit for multi material bonding due to his properties on thermal expansion.

The LSE series of 3M VHB Tapes utilizes modified acrylic adhesive on both sides of a conformable, adhesive foam core. The combination of strength, conformability and adhesion makes this family one of the most capable and well-rounded 3M VHB Tapes. It masters the challenge of low surface energy (LSE) bonding and delivers durable results where other solutions need additional support on special surface treatment. It offers superior bonding performance on difficult to bond substrates such as PP, TPO, TPE, and composite materials including glass filled plastics, glass and carbon reinforced or gel coated composites as well as most polyester paints without primer. It also bonds well to many MSE plastics and metals. The modified acrylic construction makes the 3M VHB Tape LSE Series resist hot, cold and cycling temperatures, UV light, moisture and solvents and seals against environmental conditions. Its performance in a wide temperature range provides a durable alternative to rivets, welds and screws. 3M VHB Tape permanently adheres one substrate to another and spreads the stress load across the entire length of the joint. Once substrates are joined with high-strength bonding tape, a virtually indestructible “weld” is created.