We offer compression springs to our clients. These compression springs are an open-coil helical spring, which gives resistance to axial compressive force. Our helical compression springs are extensively used to store energy in a push mode or to resist applied compression forces.

These compression springs are widely demanded in industries such as aerospace and automotive. These compression springs are a straight cylindrical spring made with round wire and have most general configuration. We manufacture compression springs in a variety of shapes, types and in specific options and these are available in a range of 0.5 mm to 70 mm rod diameter.

With the help of our advanced manufacturing facility, we manufacture conical springs and volute springs. The capacity and the stress turn is in very large degree upon the spacing of the coils that, it is difficult to find formula for volute and conical springs. The matter is more complicated by the thinning of the material at each end of the spring, especially in volutes, in order to achieve an approximation to a spiral in plan to give a reasonably circular base and a circular hole. The true volute is made from flat section steel.  

We manufacture conical compression springs to our clients. These conoical compression springs are cone shaped compression springs and are designed to provide a near constant spring rate and a solid height lower than a normal spring.

Each conical compression springs have the feature of variable pitch to attain the constant spring rate and coils, which nest during deflection to provide a solid height approximately equal to two wire diameters.

Conical compression springs are often specified where the large end is meant to work in a bore and the small end is meant to work over a rod. They offer the benefit of a reduced solid height compared to straight compression springs, especially when capable of "telescoping."

Leveraging on our rich industrial experience, we produce conical extension springs. These conical extension springs are widely used for high cycle or heavy-duty applications. The hooks are designed in such a way to give extended life as compared to standard extension springs of similar dimension. The hooks have free movement to rotate to assure alignment.

Conical end reduced extension springs or conical extension springs are manufactured by coiling two, three or probably four coils gradually smaller in diameter and then forming the hook on the smallest reduced coil. The hook may be a regular hook, a crossover hook, or a half hooks to suite the requirements. This method is the easiest way to diminish the hook stresses and retard breakage. The reason for longer life is that the bending moment is lessened; thereby reducing the stress and making the hook last longer. Conical extension end need a method of attachment to other parts in an assembly. A wide variety of ends are available for a conical extension spring including swivel hooks, threaded insert, twist loops, side loops, cross-center and extension hooks. The most general configurations can be made during the manufacture of conical extension spring.

We offer a comprehensive range of clock spring and release drums, which are widely acknowledged for their reliable quality, durability and efficient performance. These clock springs and release drums are specially designed by our experienced team of engineers to cater to the needs of electronics and other allied industries.

These products are fabricated using high grade raw material which is procured from quality oriented companies. Our range of products are strictly in accordance with the international norms and are available at cost-effective prices.

We manufacture and exports a versatile range of buffer springs that are suitable for all type of buffer casings. Our range of buffer springs are widely used in the applications of automobile and aerospace industries. Made from premium grade material, these buffer springs ensure excellent tensile strength, elasticity and resistance to both high & low temperature.

These buffer springs are available in various sizes and dimensions. These are designed as per the specific requirements of clients.

By making use of qualitative raw material, we produce disc springs. According to these springs, the dishing or 'height of the frustum' should not go beyond one-tenth of the side, the normal proportion to be about one-twelfth.

Our disc springs are widely used for drawbars, buffers and carriage springs. These spring washers should be excellent, but with modern methods of manufacturing coiled springs, the chief of which is intense competition. We make our disc springs as per the quality standards of DIN 2093 and DIN 6796 and design as per customer requirements.

With the help of our modern manufacturing facility, we make extension springs. These extension springs giving resistance to a pulling force. These extension springs are used in :

• Balance scales
• Cassette players
• Washing machines
• Garage doors
  

and other applications, which require various types of tensioning devices. There extension springs are various types of ends, which is used to attach the extension to the force source.     

Assisted by our team of personnel, we manufacture helical torsion springs. These helical torsion springs are used to store rational energy or to apply torque and are commonly referred to as torsion or double torsion. Torque is a force that makes rotation. A torsion spring applies a force (torque) in a circular arc, and the arms rotate about the central axis. The stress is in bending, not in torsion. It is usual to specify torque with deflection or with the arms at a definite position. Formulas for torque are in pound-inches or inches-pounds. If ounce-inches are specified the value should be divided by 16 to use the formulas in the inch-pound system.

When a force is specified at a distance from a centerline, or the torque, the distance is known as moment, which is equal to the force, multiplied by the distance. Force can be in pounds or ounces with the distance in inches or the force can be in meters with the distance in millimeters

Leveraging on our rich experience in the industry, we make laminated leaf springs for various industrial purposes. These are widely used in railway wagon, trucks, cars and in other vehicles. We make these springs from spring steel flat according to the quality standards of IS 3885, BS 970 Gr. EN 45 and EN 47. We can provide our springs in various options according to the client’s requirements.              

 

By making use of qualitative raw material, we produce belleville washers. According to this belleville washers, the dishing or 'height of the frustum' should not go beyond one-tenth of the side, the normal proportion to be about one-twelfth. Our springs are widely used for drawbars, buffers and carriage springs.

The belleville washer is far more expensive than the coiled spring. We make our washers and springs as per the quality standards of DIN 2093 and DIN 6796 and design as per customer requirements. 

We offer qualitative bibby couplings, which is known as one of the most effective shock absorbing and detuning couplings. Drivers prefer bibby resilient couplings, because it gives long trouble free operation.

These bibby couplings are widely demanded in marine power units to steel works, stationary and paper mine winders. Our bibby couplings are available from 005 H.P. to 50 H.P. per R.P.M., but much large more the 2,000 H.P. per R.P.M. have been and can be supplied according to the client’s drawing.