3M Sprayable Hot Melt Adhesive 6111HT is a high-strength, high-temperature-resistant adhesive used to bond most foams, fabrics, particle board and thin metal. This non-volatile, 100% solids sprayable thermoplastic adhesive requires no drying time with minimal overspray, providing a more sustainable solution for increasing productivity. Available in blue and tan.
Offers Excellent Adhesion to Polypropylene and other LSE Plastics3M Sprayable Hot Melt Adhesive 6111HT is a heat applied, 100% solids, sprayable adhesive for a fast and neat alternative to aerosol, contact and solvent-based adhesives. It bonds to a variety of surfaces including low surface energy (LSE) plastics. Ideal for large surface assembly and does not damage heat sensitive surfaces like polystyrene foam, polyethylene and polypropylene.
Recommended Applications
- Insulation
- Headliners
- Case inserts
- Packaging
- Seating attachment
- Furniture and upholstery
- Large surface lamination
- Cubicle, office partition
- Decoratives
3M Hot Melt Spray Adhesive 6111HT is ideal for large surface lamination assemblies, such as laminates to table tops, fabric to foam and veneers to furniture and flooring. By simply adding heat, the user can enjoy a strong adhesive that is easily, quickly and accurately applied to one or two surfaces. As an added bonus, adhesion is virtually immediate, with an open time of up to 8 minutes depending on the substrate. It also features high heat resistance for long-lasting, durable bonds in high temperature environments.
Understanding Hot Melt AdhesivesHot melt adhesives, also known as glue sticks, are liquefied thermoplastic adhesives available in both low and high-temperature versions. Low temperature hot melt adhesives are applied at 250ºF / 121ºC temperatures, which makes them ideal for bonding electronics, plastics, cloth and other heat sensitive materials. High temperature hot melt adhesives are applied at 380ºF / 193ºC and produce a stronger bond than the low temperature hot melts.
Melted adhesive is extruded through a nozzle using a 3M Hot Melt Applicator by either pneumatic pressure, a mechanical trigger mechanism, or with pressure applied directly on the stick. Different nozzles can be used to apply thin, wide strips or narrow, thicker beads. Hot melt adhesive generally sets quickly, ranging from a few seconds to a few minutes, depending on the adhesive formulation.
Bringing Better Ideas to the Surface through Science and InnovationIn the 3M Industrial Adhesives and Tapes Division, they apply the science of adhesion to deliver innovative solutions that improve the design and manufacturing processes of companies around the world. In the end, their technologies help customers like you deliver competitive products to the market faster and more efficiently.
Features:
- Sprayable, 100% solids adhesive without volatiles
- Offers excellent adhesion to polypropylene and other low surface energy (LSE) plastics
- Extended open time allows for large surface assembly
- Features high temperature resistance
- Compatible with heat sensitive surfaces
- Bonds wide variety of substrates, including most foams, plastics, particle board, light gauge metals
Manufacturer Part Number | 7010292724 |
Overall Length (Inch) | 0.76" |
Overall Length (mm) | 20.0mm |
Overall Width (Inch) | 0.75" |
Overall Width (mm) | 19.0mm |
Adhesive Type | Polypropylene |
Application Method | Bulk Process |
Assembly Type | Large Surface Lamination |
Color Family | Beige |
Container Size (Inch) | 850.0 lbs.. |
Container Size (mm) | 385.55 kg |
Heat Resistance | 175 Degree Fahrenheit |
Maximum Operating Temperature (Fahrenheit) | 175.0 Degree Fahrenheit |
Open Time | 60 sec |
Product Color | Tan |
Product Form | Pound |
Product Number | 6111HT |
Solids Weight Percent (Approximate) | 100 % |
Substrate | Fibrous Glass |
Substrate 1 | Glass |
Substrate 2 | Foam |
Application | Large Surface Lamination Assembly |
Warning:
This product can expose you to materials and/or chemicals including arsenic, lead, and other materials and/or chemicals which are known to the state of California to cause cancer and/or reproductive harm.
For more information, visit www.P65Warnings.ca.gov