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® R-7116 is a waterborne 1K (1 component) adhesive designed for automotive and transportation applications specifically in chassis and brake systems such as aftermarket brake pads. This liquid adhesive uses water-based bonding technology and meets lead-free labeling requirements. It can be applied by spray, dip coating, roll coater or brush and adheres effectively to metal substrates. The product delivers strong performance with excellent salt spray resistance, fatigue resistance and superior oil, heat, water, fuel, diesel and fluid resistance. It provides a ready-to-use solution with consistent, reliable results. Certified under ISO 9001, it ensures quality compliance for industrial and automotive applications requiring durable, environmentally responsible bonding.

Körapur® 666 is a two-component polyurethane adhesive specifically designed for panel manufacturing. It is certified by the International Maritime Organization (IMO) and offers improved humidity resistance. With its high mechanical properties, it is ideal for various applications in panel manufacturing, including chassis finishing such as side-paneling, side walls, floors, roofs, and sandwich assemblies. It is widely used in the production of industrial panels, trailers, and commercial vehicles.