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Baks SBR Vibration Isolation Rubber Pad 250x350 mm
Baks SBR Vibration Isolation Rubber Pad 250x350 mm
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Baks SBR Vibration Isolation Rubber Pad 250x350 mm
Leave your address - as soon as the price of the product goes down, you'll know about it right away
Baks SBR Vibration Isolation Rubber Pad 250x350 mm
Baks SBR Vibration Isolation Rubber Pad 250x350 mm
The Baks SBR vibration isolation rubber pad, measuring 250x350 mm, is a high-quality technical component engineered to minimize vibration transfer and noise in various mounting systems. Constructed from robust SBR (Styrene-Butadiene Rubber), this pad offers excellent durability and resilience, making it an ideal solution for decoupling equipment from structural surfaces to prevent the propagation of mechanical oscillations.
This vibration isolation pad provides superior acoustic decoupling, effectively reducing the transmission of structure-borne noise in industrial and commercial environments. Its durable SBR composition ensures long-term resistance to mechanical wear and environmental factors, maintaining its structural integrity under heavy loads. By providing a stable base, it protects sensitive equipment from mechanical stress and helps extend the service life of installations by absorbing impact and vibration energy.
This pad is not intended for use in environments with extreme chemical exposure, such as direct contact with oils, fuels, or strong solvents, which may degrade SBR rubber over time. It is also not suitable for applications requiring high-temperature resistance beyond the standard operating range of synthetic rubber.
To install the Baks SBR vibration isolation pad, ensure the mounting surface is clean, dry, and level. Place the pad directly between the equipment base and the support structure. If necessary, the pad can be cut to fit specific dimensions using standard cutting tools. Ensure that the weight of the equipment is evenly distributed across the surface of the pad to maximize its damping efficiency and prevent uneven compression.
For optimal performance, inspect the pads periodically for signs of excessive compression or degradation, especially in high-vibration applications. Ensure that all fasteners are tightened correctly to maintain the intended decoupling effect without crushing the material.
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