CILBOND®

CILBOND® Bonding Agents: Performance & Versatility

CILBOND® bonding agents create strong chemical bonds between rubber, polyurethane, and various substrates during molding and casting. Trusted for over 40 years, our solvent-based and water-based solutions deliver durability, flexibility, and resistance to abrasion and chemicals, making them ideal for automotive, mining, and oil & gas industries.

Friction Bonding
CILBOND® friction bonding agents deliver durable adhesion for brake pads, clutches, and other friction applications, excelling under extreme conditions like temperature shifts, oils, and corrosion.

Highlights:

Superior water-based one-coat solutions

Ideal for demanding friction applications

To learn more, visit our Friction Bonding page
Polyurethane-to-Substrate Bonding
CILBOND®'s polyurethane-to-Substrate bonding agents deliver 100% polyurethane tear strength, ensuring superior adhesion even in the harshest conditions.

Highlights:

Suitable for hot/cold-curing systems, sprayable urethanes, and thermoplastics

Ideal for industrial rollers, wheels, pipe coatings, and more

To learn more, visit our Polyurethane-to-Substrate Bonding page.
Rubber-to-Substrate Bonding
The rubber-to-substrate bonding technique, specifically rubber-to-metal, is critical for isolating vibration, reducing shock, or sealing liquids, solids, or gases in demanding environments. CILBOND® rubber-to-substrate bonding agents are designed to create durable bonds capable of withstanding extreme chemical exposure, temperature variations, and dynamic stresses.

Highlights:

Suitable for injection, compression, and transfer molding

Available in one-coat, two-coat, and water-based formulation

To learn more, visit our Rubber to Substrate Bonding page.

One-Coat Technologies for Simplified Bonding

CILBOND® one-coat systems eliminate the need for a primer, offering the same environmental resistance and rubber tear strength as conventional two-coat systems. H.B. Fuller's innovations reduce material usage, application, and drying times without sacrificing quality.

Two coat to one coat transition CILBOND page content