Products

Cilbond® 36 is a one-coat rubber-to-metal bonding solution specifically designed for specialty elastomers, making it ideal for demanding and high-performance applications. It offers extreme corrosion protection and a long open time. Cilbond® 36 serves as a high-performance bonding agent for VMQ (silicone) to substrate, exhibits exceptional temperature performance, and features a one-coat formulation.

Cilbond® 63W is a specialty water-based, one-component bonding system designed for the friction industry, specifically formulated for roller coating applications. This product is a ready-to-use liquid with excellent properties, including high fatigue resistance, heat resistance, and resistance to water, oil, fuel, diesel, and salt spray. It is a solvent-free, lead-free product, ideal for bonding to metal substrates. Its water-based formula makes it an environmentally friendly choice for aftermarket brake pad applications in the automotive sector. Cilbond® 63W is certified ISO 9001 and available for application via nozzle, spray, brush, or dip coating methods. Its outstanding performance in various conditions ensures superior bonding strength. Cilbond® 63W is a high-performance, waterborne adhesive, offering excellent resistance to challenging environments.

Cilbond® 62W is a trusted and high-performance water-based one-coat friction system designed for compounds used in the Friction Industry. It is primarily used in the manufacturing of products like original equipment (OE) and after-market brake pads. It bonds to all metals commonly used in brake pad production, including Zn/Ni coatings.

Cilbond 65W is a waterborne, one-component adhesive specifically designed for bonding silicone rubber, peroxide-cured fluoroelastomers, HNBRs, and ACM compounds. This product is compatible with metals, fabrics, and acrylics, and is widely used in the automotive industry for applications such as gaskets, hoses, oil seals, and engine mounts. Cilbond 65W provides high-temperature resistance, excellent adhesion, and superior durability, making it suitable for demanding industrial applications. This product is ISO 9001 certified and available for application via spray, brush, nozzle, or dip coating methods.

Cilbond® 10E is a solvent-based adhesive that functions as a general-purpose primer for rubber-to-metal bonding. It also serves as a one-coat bonding system designed for NBR-to-metal bonding applications. The adhesive enhances the adhesion between rubber and metal substrates, improving the overall bond strength and durability. Cilbond® 10E finds application in various industries where NBR rubber is bonded to metal, such as in the production of seals and rollers.

Cilbond® 24E is a high-performance 1K adhesive suitable for a wide range of substrates including metals, plastics, natural rubber, styrene-butadiene rubber (SBR), ethylene acrylic rubber (AEM), ethylene propylene diene monomer (EPDM), and other elastomers and rubbers. This product features excellent resistance to salt spray, mineral oils, ethylene glycol, weak acids, and hot water. It also provides high fatigue resistance. The adhesive is available in liquid form and can be applied using various methods such as spray, brush, nozzle, dip coating, or roll coater.

Cilbond® 12E is a solvent-based primer with high-temperature resistance. It provides excellent corrosion resistance and substrate protection. It is used in conjunction with CILBOND 80ET as a high-performance primer for rubber-to-metal bonding. It offers outstanding temperature resistance, glycol resistance, and corrosion performance, making it suitable for high-temperature and aggressive environments. It is commonly used in the manufacturing of high-performance rubber-to-metal bonded parts in industries such as agricultural and construction machinery, MRO (maintenance, repair, and operations), aerospace, and automotive.

Cilbond® 80ET is a solvent-based rubber bonding agent topcoat known for its exceptional rubber-to-metal bonding properties. It bonds various general-purpose elastomers and offers versatility in bonding EPDM, HNBR, NBR, NR, ECO, and other elastomers. It is commonly used in rubber-to-metal bonding applications, including high-performance timing belts.

Cilbond® 82 is a solventborne adhesive and top coat that is ready to use. It exhibits excellent resistance to heat, pre-bake conditions, petrol, oil, grease, fuel, glycol, and hydraulic fluids. The product also provides outstanding salt spray resistance and maintains strong performance at low temperatures. Based on solvent-based, nonreactive bonding technology, it serves as a reliable top coat in paints and coatings applications.

H.B. Fuller EV Protect 4006 SFR is a liquid-applied, two-component flame-retardant, low-density polyurethane foam material engineered for potting and encapsulating battery cells in electric vehicle (EV) battery modules. It allows engineers to increase the power density of their modules while enhancing safety and protection from thermal propagation. Its ultra-lightweight nature minimizes weight impact on battery modules. Additionally, it offers noise, vibration, and harshness benefits to the battery system by unitizing the battery module and absorbing external environmental impacts.

H.B. Fuller EV Therm 441 is a modified, highly engineered Structural Acrylic Adhesive designed to provide excellent thermal conductivity while maintaining superior strength and performance properties across a wide range of temperatures and substrates. H.B. Fuller EV Therm 441 is an excellent flame retardant with a UL94 V0 rating.

H.B. Fuller EV Therm 440 is a modified, highly engineered structural acrylic adhesive designed to provide excellent thermal conductivity while maintaining superior strength and performance properties across a wide range of temperatures and substrates. EV Therm 440 is an excellent flame retardant with a UL94 V0 rating. EV Therm 440GB allows control of the adhesive gap to a diameter of 0.25mm (0.01").

H.B. Fuller EV Protect 300 is a two-component, low viscosity polyurethane encapsulating system that is designed for potting and encapsulating of battery cells in battery modules. This product offers battery designers the ability to enhance safety and protection from thermal propagation.