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3M VHB Tape LSE-160WF is a double-sided tape comprised of a multi-purpose modified acrylic adhesive with a conformable, foam core delivering a total thickness of 62 mil (1.6 mm) when applied that was developed specifically for LSE substrates, such as polypropylene (PP), thermoplastic elastomers (TPE), and thermoplastic olefins (TPO). It creates a long-lasting, high-strength bond without the use of primer or promoter while offering the versatility to join dissimilar and delicate materials that would typically call for specialized ultrasonic welding equipment. This helps reduce upfront and incremental investments, simply the assembly process, and eliminate post-weld finishing operations that require extensive training within the labor force.

Engineered to be strong, it can replace rivets, welds, and screws while providing faster production times that removing the need for drilling, welding, grinding, and project cleanup. Offering seamless joining, this easy-to-use bonding method keeps surfaces smooth and provide an excellent balance of strength, viscoelasticity, conformability, and adhesion. The advanced closed-cell acrylic technology provides secure bonding that protects against water and seals tightly for long-term durability. It performs in applications for short-term use (up to four hours) at a temperature up to 300 °F (149 °C) or long-term use withstanding up to 200 °F (93 °C), as well as offering high initial tack at low temperatures on frost-free surfaces down to 32 °F (0 °C).

These attributes make 3M VHB Tape LSE-160WF a reliable choice to take on a variety of bonding and sealing applications in specialty vehicle, appliance, signage, outdoor power equipment, and general industrial. Discover the many ways to apply the powerful bonding potential of 3M VHB Tape LSE-160WF.

Comfortable, powerful – the 3M Pro Grade Precision Faster Sanding Block Sponge delivers a great sanding experience in the palm of your hand. This durable…

3M Hi-Tack Composite Spray Adhesive 71 is a high tack spray adhesive ideal for use in a wide variety of composite production applications. Featuring fast tack and high strength with excellent shear holding power, it will bond fiber, fabric, wood and much more. Available in clear, or in green for better visual control, this adhesive meets CARB and OTC VOC requirements.

3M Cloth Belt 370DZ is an open coat product using a premium grade aluminum oxide mineral. The cloth backing of the belt makes it suitable for both rough sanding and final finishing on wide belt and edge sanding applications.

3M Cloth Belt 370DZ is an open coat product using a premium grade aluminum oxide mineral. The cloth backing of the belt makes it suitable for both rough sanding and final finishing on wide belt and edge sanding applications.

3M Hi-Strength Spray Adhesive 90 CA Low VOC <25% is an extremely versatile, fast-drying spray adhesive that bonds strongly to a wide range of materials. This product's permanent bond provides fast results while remaining easy to dispense thanks to a variable-width spray pattern. The high-solids content of this adhesive offers a high initial grab, sufficient bonding range, and a fast dry time. 3M Hi-Strength Spray Adhesive 90 CA Low VOC <25%'s combination of maximum-strength bonding and clean appearance makes it ideal for projects of all kinds, such as general industrial maintenance and repair projects; large-surface bonding of wood, laminates, MDF, and other substrates; and bonding for tilt-up construction. This product meets the applicable 2017 California Air Resource Board VOC limits for mist and web spray adhesives.

3M Foam Fast Spray Adhesive 74 CA Low VOC <25% is a fast-drying adhesive that bonds foam and fabric to a wide range of substrates. While offering an aggressive tack with a high initial grab and foam-tearing strength, this adhesive allows sufficient open time to position materials properly thanks to its high-solids content and low soak-in properties. It also provides high coverage and helps create soft, non-dimpling glue lines. Additionally, 3M Foam Fast Spray Adhesive 74 CA Low VOC <25% dispenses easily in a lace-spray pattern and applies directly onto surfaces, making it a quick, 'go-to', everyday-use solution. This product meets the applicable 2017 California Air Resource Board VOC limits for mist and web spray adhesives.

For Industrial Use Only.

Estimated Lead Time for This Non-returnable CONFIGURABLE MAKE TO ORDER Item is 10 Working Days.

3M™ Flexible Diamond QRS Cloth Disc 6002J, M6, Pattern 18, Config

3M™ Flexible Diamond QRS Cloth Disc 6002J was designed to tackle hard-to-grind materials like stone, glass, ceramics, carbides and composites. Sold by JAM Industrial Supply, a Premier 3M Distributor.

For Industrial Use Only.

Estimated Lead Time for This Non-returnable CONFIGURABLE MAKE TO ORDER Item is 10 Working Days.

3M™ Flexible Diamond QRS Cloth Disc 6002J, M10, Pattern 18, Config

3M™ Flexible Diamond QRS Cloth Disc 6002J was designed to tackle hard-to-grind materials like stone, glass, ceramics, carbides and composites. Sold by JAM Industrial Supply, a Premier 3M Distributor.

For Industrial Use Only.

Estimated Lead Time for This Non-returnable CONFIGURABLE MAKE TO ORDER Item is 10 Working Days.

3M™ Flexible Diamond QRS Cloth Disc 6002J, M20, Pattern 18, Config

3M™ Flexible Diamond QRS Cloth Disc 6002J was designed to tackle hard-to-grind materials like stone, glass, ceramics, carbides and composites. Sold by JAM Industrial Supply, a Premier 3M Distributor.

For Industrial Use Only.

Estimated Lead Time for This Non-returnable CONFIGURABLE MAKE TO ORDER Item is 10 Working Days.

3M™ Flexible Diamond QRS Cloth Disc 6002J, M40, Pattern 18, Config

3M™ Flexible Diamond QRS Cloth Disc 6002J was designed to tackle hard-to-grind materials like stone, glass, ceramics, carbides and composites. Sold by JAM Industrial Supply, a Premier 3M Distributor.

For Industrial Use Only. Estimated Lead Time For This Non-Returnable MAKE TO ORDER Item Is 15 Working Days.

3M™ Cubitron™ II Cloth Belt 900DZ is designed to provide efficient surface finishing on wood and a variety of other substrates.