Vibration Control Mounts
AVIP Rubber India Pvt. Ltd. is one of India’s trusted manufacturers and suppliers of high-performance vibration control mounts, engineered to meet the demanding needs of industrial applications across the country. With world-class expertise and advanced rubber-to-metal bonding technology, AVIP Rubber delivers reliable solutions that minimise vibration, reduce noise, and increase the lifespan of machinery used in Indian industries.
AVIP Rubber India offers a comprehensive range of anti-vibration mounts, including rubber bobbin mounts, cone mounts, shock mounts, buffers, bump stops, captive mounts, and customised vibration isolation systems. Each product is manufactured with precision to ensure long-lasting durability and high load-bearing capacity, making them ideal for sectors such as power generation, automotive, construction, marine, mining, HVAC, and industrial machinery across India.
What sets AVIP Rubber India apart is its strong focus on engineering, quality, and customer support. Their in-house team of vibration control experts provides complete assistance—from selecting the right mount to conducting vibration analysis and offering tailored solutions for Indian operating conditions. Whether it’s heavy machinery in factories, generators in commercial buildings, or industrial equipment requiring stability, AVIP’s mounts are designed to handle loads from 1 kg to 5,000 kg with excellent performance.
For industries operating in harsh environments, AVIP Rubber India also offers corrosion-resistant stainless-steel mounts, ensuring reliable performance even in extreme Indian climates, coastal regions, and high-vibration zones.
With advanced testing facilities, CAD modelling, and a commitment to continuous innovation, AVIP Rubber India ensures that every product meets global standards while being perfectly suited for the Indian market.
If your business is looking for reliable, high-quality vibration control mounts in India, AVIP Rubber India Pvt. Ltd. is your trusted partner for superior vibration isolation, enhanced machine performance, and long-term operational safety.