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3M Hot Melt Adhesive 3762LM is a 100% solids, fast-setting hot melt adhesive designed for packaging and shipping applications. It is ideal for bonding corrugated fiberboard cartons, wood, particle board, chipboard and foam. The recommended application temperature range is 250-270°F (121-132°C).

3M Hot Melt Adhesive 3762LM is a 100% solids, fast-setting hot melt adhesive designed for packaging and shipping applications. It is ideal for bonding corrugated fiberboard cartons, wood, particle board, chipboard and foam. The recommended application temperature range is 250-270°F (121-132°C).

3M Hot Melt Adhesive 3762LM is a 100% solids, fast-setting hot melt adhesive designed for packaging and shipping applications. It is ideal for bonding corrugated fiberboard cartons, wood, particle board, chipboard and foam. The recommended application temperature range is 250-270°F (121-132°C).

3M formulated 3M Hot Melt Adhesive 3750 Tan to grab and seal quickly and meet the demands of high-volume production settings such as packing, woodworking and assembly. When heated to its specified melt point, this adhesive achieves a low viscosity/ high-flow rate and an aggressive hot tack that bonds to handling strength in seconds to help maintain high-tempo productivity.

3M formulated 3M Hot Melt Adhesive 3750 Tan to grab and seal quickly and meet the demands of high-volume production settings such as packing, woodworking and assembly. When heated to its specified melt point, this adhesive achieves a low viscosity/ high-flow rate and an aggressive hot tack that bonds to handling strength in seconds to help maintain high-tempo productivity.

3M formulated 3M Hot Melt Adhesive 3750 Clear to grab and seal quickly and meet the demands of high-volume production settings such as packing, woodworking and assembly. When heated to its specified melt point, this adhesive achieves a low viscosity/ high-flow rate and an aggressive hot tack that bonds to handling strength in seconds to help maintain high-tempo productivity.

3M Hot Melt Adhesive 3748 VO is a 100% solids thermoplastic, general purpose adhesive. This self extinguishing adhesive won’t burn when the source of combustion is removed. It offers good thermal and electrical properties for printed wiring, circuit board and other electronic applications and is shock resistant for parts that are subject to vibration or other movement.

3M Hot Melt Adhesive 3748 VO is a 100% solids thermoplastic, general purpose adhesive. This self extinguishing adhesive won’t burn when the source of combustion is removed. It offers good thermal and electrical properties for printed wiring, circuit board and other electronic applications and is shock resistant for parts that are subject to vibration or other movement.

3M Hot Melt Adhesive 3748 VO is a 100% solids thermoplastic, general purpose adhesive. This self extinguishing adhesive won’t burn when the source of combustion is removed. It offers good thermal and electrical properties for printed wiring, circuit board and other electronic applications and is shock resistant for parts that are subject to vibration or other movement.

3M Hot Melt Adhesive 3748 is a tough, flexible hot melt adhesive with exceptional low temperature thermal shock properties that is able to provide optimal adhesion in fluctuating temperatures. As a 100% solids thermoplastic resin, this hot melt adhesive offers excellent durability for a wide variety of applications.

3M Hot Melt Adhesive 3748 is a tough, flexible hot melt adhesive with exceptional low temperature thermal shock properties that is able to provide optimal adhesion in fluctuating temperatures. As a 100% solids thermoplastic resin, this hot melt adhesive offers excellent durability for a wide variety of applications.

3M Hot Melt Adhesive 3748 is a tough, flexible hot melt adhesive with exceptional low temperature thermal shock properties that is able to provide optimal adhesion in fluctuating temperatures. As a 100% solids thermoplastic resin, this hot melt adhesive offers excellent durability for a wide variety of applications.