Scotch-Weld 7100143915 Part B Multi-Material Adhesive, 5 gal Container Pail Container, Green

Scotch-Weld, 7100143915, Adhesive, Part B Multi-Material, Pail Container, 5 gal Container, Urethane Base, Green, 1:1 Mixing Ratio, For Use On: Composites, Plastic, Metal, Wood, Concrete, Leather, Tile, Glass and Rubber

3M Scotch-Weld multi-material composite urethane adhesive 6310NS is a fast, high performance adhesive for bonding composites and multi-materials. When using a duo-pak (DP) size adhesive, rely on 3M dispensing equipment for convenient and accurate metering, mixing and dispensing. Designed specifically for multi-material and composite assemblies, our 3M Scotch-Weld multi-material composite urethane adhesive DP6310NS delivers outstanding strength and performance. This adhesive has excellent energy absorption and fatigue properties for durable bonding of composite parts and multi-material assemblies, including plastics, metals and wood. With a 1:1 mix ratio, this green adhesive has a 10 min open time and reaches handing strength in 45 min. 3M Scotch-Weld multi-material composite urethane adhesives DP6310NS can replace rivets and screws in attaching composites to other substrates, providing a more aesthetically-pleasing, fatigue resistant bond line. It also bonds well to most metals without requiring priming. 2-part urethane adhesives cure chemically, rather than relying on moisture from the air. Because of this, they can cure quickly with no depth of cure issues in contrast to 1-part urethane adhesive sealants. Urethane adhesives will bond most common materials such as wood, metals, rubbers, leather, tile and glass, many plastics, concrete and more. The versatility of urethane adhesives is exhibited in the different formulations that have varying cured properties such as different levels of stiffness or flexibility, open time and cure speed and hardness. They can cure to a relatively rigid or highly flexible state to meet a wide range of requirements. In either finished state, urethane adhesives will maintain bond strength integrity through variable environmental factors such as temperature, moisture and chemical exposure.