Double-Ended Threaded Rubber Vibration Isolator Mount

Acting as an elastic connection node between the base of precision instruments and the mounting surface, this component achieves rigid locking through exposed threaded rods at both ends. The black cylindrical rubber body encased in the center serves as the primary vibration absorption element. This structure utilizes the elastic deformation of rubber to isolate high-frequency mechanical vibrations and compensate for plane errors. It is commonly used in anti-vibration installation positions for motors, automation equipment, and pumps, effectively blocking the transmission of vibration sources to the base.

The core of manufacturing such metal-bonded rubber parts lies in controlling the vulcanization bonding strength at the rubber-metal interface to prevent debonding failure under long-term alternating loads. The factory employs flat vulcanizing presses and vacuum vulcanization processes for integrated molding, ensuring a dense, pore-free interior and stabilizing dimensional tolerances within ±0.05mm. For the exposed threaded sections, turning precision and surface finish are strictly maintained to ensure smooth engagement with standard nuts while avoiding sharp edges that could damage the rubber bonding layer.

Leveraging Zhejiang Shunyi Rubber & Plastic's expertise in custom elastic materials, we can rapidly respond to non-standard customization requirements for various thread specifications (such as M6/M8/M10) and rubber hardness (Shore A). Using professional testing equipment including tensile testers and vertical/handheld hardness gauges, we strictly control the physical performance of each batch to ensure consistency in Shore hardness and tensile strength. For procurement evaluation, please provide detailed mounting interface dimensions, expected working loads, and environmental media requirements to optimize material formulation selection and calculate mold costs.