#spring mounts

At AVIP Rubber India Pvt. Ltd, we specialise in manufacturing high-performance Spring Mounts designed to deliver superior vibration isolation for industrial machinery. Engineered with precision and built to withstand demanding operating conditions, our Spring Mounts offer the perfect solution for industries across India seeking durability, stability, and reliable performance.

Spring Mounts play a crucial role in controlling vibrations generated by heavy equipment such as HVAC systems, compressors, pumps, generators, fans, and industrial engines. Excessive vibration not only affects machine performance but also leads to noise, structural damage, and high maintenance costs. Our advanced Spring Mounts help eliminate these issues by absorbing and isolating vibrations at the source.

Each Spring Mount from AVIP Rubber India Pvt. Ltd is crafted using high-quality steel springs combined with robust rubber components to ensure maximum shock absorption. These mounts allow for greater deflection, making them ideal for equipment with low operating speeds or machines installed on upper floors where vibration reduction is critical.

We offer a wide range of Spring Mounts suitable for commercial, industrial, and manufacturing applications. Whether you need mounts for light-duty systems or heavy-duty machinery, our products are designed to deliver long-lasting performance, even in harsh Indian environmental conditions.

What sets us apart is our commitment to innovation, quality, and customer satisfaction. Every Spring Mount is tested for load capacity, vibration control efficiency, and durability to ensure optimal results. With AVIP Rubber India, you get products that meet international standards while being competitively priced for the Indian market.

The brake is one of the most important safety features of every car. It is what allows cars to slow down and stop. There are different types of brake systems. One of the most commonly used are the drum brakes. These systems are composed of backing plate, brake springs, drum, shoe, wheel cylinder and other small components like pins.

With a drum brake, two semi-circular shoes are position inside the drum that is attached to the wheel and spins with it. When you step on the brake, the shoes are pushed outwards and press against the inner part of the drum. This produces friction which slows down or stops the vehicle.

Constant application of brake can cause the brake shoes or pads to fade. The friction produced when applying brake produces heat which is primarily absorbed by the drum and dissipated to the air. The constant use of brake can produce too much heat for the drum to absorb. This results to the brake shoes absorbing the heat which causes it to fade. A faded brake shoe will have less braking power and must then be replaced.

Deteriorating performance happens naturally as the vehicle ages. One aspect of performance that is affected by old age is loading capacity. Loading capacity or the ability to handle weight has a lot to do with the chassis and the suspension system. Material fatigue and oxidation can take its toll on these components, compromising their ability to withstand heavy loads. Springs mounts become worn out and springs lose their some of its elasticity. This changes are more noticeable with the rear section of pickup trucks that start off elevated and slowly drop after some time due to the weight that the section is frequently exposed to.

Improving or restoring the loading capacity of vehicles isn't as simple as replacing components. Just installing special springs is not enough.  As previously mentioned, some of parts like the chassis have been under lots of stressed and could be structurally compromised.

Some parts of the vehicle must be reinforced. Certain suspension systems use connections and structures that are able to spread and minimize stress on the chassis. This systems require a significant amount of modification to the chassis and suspension connections so that the points of the chassis that were exposed to most stress in the past are protected or preserved.