A sophisticated manufacturing process is required to produce rubber bonded to metal parts. When manufactured correctly, rubber bonded to metal components are highly effective for noise reduction in automobiles and in other engineering applications where it is important to minimize the impact of mechanical vibration.

Rubber bonded to metal component parts can be manufactured from most rubber compounds as long as an appropriate bonding agent and substrate is utilized. The selection of the right bonding agent is crucial to ensure that the part manufactured from rubber to metal bonding is able to withstand the required operating environment. The type of bonding agent used depends on the type of rubber and substrate to be bonded. Both water-based and solvent-based bonding agents are available. The type of substrate used in the rubber to metal bonding process is also vitally important. Rubber will bond to almost any substrate, but for most applications a metal substrate is most effective for rubber to metal bonding.

First, oil, grease, and dirt must be removed from the substrate before beginning the process of rubber to metal bonding. Degreasing and blasting the steel substrate with both sand and water is one way to accomplish this. Chemical cleaning may also be required to ensure that dust does not adhere to the freshly cleaned metal causing contamination during the rubber to metal bonding process.

The next step is spraying the metal components with a primer and topcoat, which must be applied evenly and thoroughly on all surfaces. Low-pressure, high-volume spray guns are often utilized for maximum coating efficiency.

The last step in rubber to metal bonding is the rubber molding process. Molding the rubber is the most important stage in the rubber to metal bonding process. Performing this critical step correctly is why rubber bonded to metal is a sophisticated manufacturing procedure which should only be performed by a professional manufacturer experienced in rubber to metal bonding techniques and processes.

Motor vehicles use many different types of rubber bonded to metal components to dampen engine noise and to provide comfort and smooth handling. Rubber bonded to metal components throughout the chassis and engine mechanisms of modern automobiles quiet engine vibrations and ensure smooth suspension and control.

Rubber bonded to metal components may be recommended whenever the aforementioned considerations (vibration damping, etc) are fundamental to the correct functioning of an engineered structure, or when moving parts threaten the structural integrity of an engine mechanism through over-vibration. By ensuring that the right substrate and bonding agent is utilized, and by relying upon highly professional manufacturing in the rubber to metal bonding process, rubber bonded to metal components are an extremely reliable and effective engineering solution.