Conical stainless steel Spring Manufacturer
Industrial conical spring manufacturer
conical spring manufacturer Mumbai

Conical Spring

We have gained expertise in manufacturing, supplying and trading excellent quality Conical Springs. All these springs are manufactured keeping in mind the variegated requirements of customers. High quality stainless steel is used by our professionals in the manufacturing process of the offered springs.

Features:

  • Durability
  • Resistivity to corrosion
  • Dimensionally accurate

Conical Springs. is of conical shape and we also call it compression spring. Pitch of Conical spring is uniform while Pitch of Volute spring is Paraboloid and also Constant. Its lead angle is also constant

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Our Products Products

Compression Spring
Tension Spring
Torsion Spring
Conical Spring
Wire forms Spring
Garter Spring
Die Spring
Clutch Spring
Spiral Spring
Umbrella Spring
Sheet Metal Components
Snap Ring
LED Downlight Spring

Uses of Spiral Conical Springs

Conical Springs, also known as tapered or conical compression springs, are a type of mechanical spring characterized by their conical or tapered shape. They are designed to compress and store energy when a force is applied axially along their length. Here are some key points about conical springs:

  1. Tapered Shape: Conical springs have a unique shape where the diameter of the spring decreases gradually from one end to the other, forming a cone-like structure. The varying diameter results in a variable pitch, meaning the spacing between the coils changes along the length of the spring.

  2. Compression and Energy Storage: Conical springs are designed to compress axially, meaning they are compressed along their length. When a force is applied, the conical spring compresses, storing potential energy. When the force is released, the spring returns to its original shape, releasing the stored energy.

  3. Load Distribution: The conical shape of these springs allows for more uniform distribution of load compared to cylindrical compression springs. The smaller-diameter coils near the end of the spring tend to compress first, spreading the load along the length of the spring and reducing stress concentrations.

  4. Increased Stability: Conical springs offer increased stability and resistance to buckling compared to cylindrical compression springs. The tapering shape helps distribute the load evenly, reducing the risk of buckling or bending under heavy loads.

  5. Space Optimization: Conical springs are often chosen when space is limited. Their tapered design allows them to fit into smaller spaces or recesses compared to cylindrical springs, making them useful in applications where space is a constraint.

  6. Shock Absorption: The unique shape of conical springs provides effective shock absorption capabilities. They can absorb and dampen shocks, vibrations, and impacts, making them suitable for applications where impact or vibration control is required.

  7. Applications: Conical springs find uses in various industries and applications. They are commonly employed in automotive suspension systems, industrial machinery, shock absorbers, vibrating equipment, and spring-loaded devices where controlled compression and energy storage are essential.

The design and specifications of conical springs can be customized based on specific application requirements, including factors such as the material, spring rate, pitch, diameter, and number of coils. This allows for tailoring the spring to provide the desired load characteristics and performance.