Manufactured from premium-grade elastomers (such as Natural Rubber, NBR, or EPDM) selected for their exceptional damping properties and environmental resistance, our dampers perform reliably under various temperatures, oils, and weather conditions.
We understand that every application has unique challenges. Our engineering team works closely with clients to design and produce custom rubber dampers tailored to specific load, frequency, and environmental requirements.
Our quality process commences with a rigorous metal preparation stage. All metal inserts undergo a rigorous shot-blasting process to ensure optimal cleaning and the creation of a rough surface texture. The next step is the application of Chemlok, a specialist adhesive, which is then dried to form a perfect bonding layer. These initial steps are essential for ensuring a robust, lasting bond between the metal and rubber components, thereby preventing any potential separation in the future.
The core of our manufacturing operations is precision molding and vulcanization. The treated metal components are then placed into heated moulds containing uncured rubber. The vulcanisation process is a critical step in the manufacturing process, where high pressure is applied to cure the rubber, thereby endowing it with its final elastic properties and durability. Simultaneously, the heat activates the Chemlok, creating an irreversible chemical bond that fuses the metal and rubber into a single, high-performance component.
At the conclusion of the manufacturing process, each damper undergoes a thorough finishing and inspection procedure. Following the curing process, our skilled operators meticulously trim away any excess rubber (flash) to ensure precise edges and optimal dimensions. Each unit is then subjected to a rigorous visual inspection to ensure that the surface quality and workmanship meet the required standards. This stringent final inspection ensures that our dampers are not only functional but also of the highest quality, ensuring reliability in your application.