Industrial Springs

From consulting and strategy development to implementation and support, our comprehensive services can help your business thrive.

About

At V M Traders, we specialize in the custom manufacturing of industrial springs, precisely tailored to meet the specifications and dimensional requirements provided by our clients. Our springs are crafted using high-quality wire sourced from Tata Steel or Usha Martin, ensuring superior durability, strength, and reliability. We serve a wide range of industries, including:

Toy Manufacturing
Automotive
Industrial Valves
Agricultural Equipment

Applications

Our springs are trusted in various critical applications, such as:

Toy assemblies
Automotive components
Industrial valve springs for LCV (manufactured in SS304) and NSCV (manufactured in SS316)
Agricultural implements including cultivators, rotavators, and more.

Product Range

We offer a wide selection of high-performance spring types, all crafted to meet industry standards:

Tension Springs
Compression Springs
Torsion Springs
Double Torsion Springs
Wire Forms

Made from Tata Steel or Usha Martin wire, our springs deliver exceptional strength and reliability for both standard and heavy-duty applications.

Torsion Springs

Torsion Springs are designed to provide rotational force and are commonly used in applications where a twisting motion is needed. These springs are manufactured with precision to withstand heavy loads and provide consistent performance over extended use.

Tension Springs

Tension Springs are mechanical springs that are designed to resist stretching forces and return to their original form when the force is released. These springs are engineered to handle dynamic loads and are used in various applications where pulling forces need to be controlled.

Compression Springs

Compression Springs are mechanical springs designed to operate under compression, meaning they resist forces that push or squeeze the spring to shorten it. These springs are engineered to provide resistance and return to their original shape when the applied load is removed.