In the last 80+ years SIC has been working successfully as a major supplier of several companies by following modern highly efficient logistic methods. Thanks to our on-demand delivery services we can support your industry by delivering diverse quantities in diverse scheduling. Whether your business needs a low quantity of rubber products semi-annually or a bigger number of rubber parts on a monthly basis SIC’s delivery solutions are flexible yet always accurate.
To create massive rubber-metal parts with perfect adhesion and no unnecessary movements we use professional vulcanization processes in the production of O-rings, seals and further products. Due to our advanced technologies we are able to manufacture insulate, anti-static, dissipative or conductive rubber metal and further products with electronic properties. We apply protective layers, which make our rubber metal products perfectly resistant against corrosion. In order to provide best possible adhesion we apply bonding agents and use surface treatment materials provided by world leading suppliers. Thus, all of our products’ structure and surface always maintain quality against extreme heat, pressure or abrasion. We offer professional maintenance service also. In case of deterioration due to continuous usage, metal parts can be re-rubberized.
SIC has 50 years’ experience in rubber metal bonding. Our rubberized metal parts fit the requirements of several industries, such as machining, logistics, automotive business, electronics, glass industry and many more. With high attention on industry-specific amount of pressure, the chemical, mechanical and electronic environment we manufacture rubber-bonded metal products that meet the highest standards. A small rubber metal part at an important location in your industry has high economic value. We know exactly how to produce it to support your business.
Read our case study to have
an insight of rubber to metal bonding
Rubber – metal part seems perfect on room temperature after production, but during operating conditions it contacts oil and the angular seals are loosing the sharp edges, so the seal is imperfect.
With the method of reverse engineering we have developed a compound, which reaches its final form when it is in contact with oil, so the perfect seal is granted during operation.