Helical Compression Spring

Helical Compression Spring Specification

Wire Diameter
3 mm

Color
Metallic Silver

Surface Treatment
Polishing

Thickness
3 mm

Usage
Commercial

Style
Coil, Helical

Material
Alloy

Metal Type
Stainless Steel

Head Diameter
20 mm

Waist Diameter
14 mm

Load Type
Compression

Height
60 mm

Weight
Approx. 32 g

Turn
6.5

Packing Type
Polybag or Carton

Application
Automotive, Machinery, Electrical Equipment

End Type
Closed and Ground

Fatigue Life
Over 100,000 cycles

Static Load Capacity
12 kg

Operating Temperature Range
-40C to 150C

Finish
Bright

Standard
IS 7907

Manufacturing Process
Cold Coiled

Helical Compression Spring Trade Information

Minimum Order Quantity
1000 Pieces

Payment Terms
Cash Advance (CA)

Supply Ability
5000 Pieces Per Month

Delivery Time
10 Days

Main Domestic Market
All India

About Helical Compression Spring

Capitalizing on the skills and dedication of our talented professionals, we are offering a broad array of Helical Compression Spring to our clients. It is used for energy storage and for motion transfer. Therefore, presented spring is designed to offer resistance against the linear compressing force.

Product details

Style	Helical spring
Material	Mild Steel

Engineered for Endurance and Precision

This spring is meticulously manufactured to meet IS 7907 standards, ensuring exceptional reliability and consistency in commercial applications. Its bright, polished finish and metallic silver color allow it to integrate seamlessly into mechanical assemblies, promising both form and function. The cold-coiled stainless steel construction offers superior strength and fatigue resistance, delivering over 100,000 cycles for long-lasting use.

Versatile Use Across Industries

Designed for flexibility, this compression spring is a trusted component in automotive systems, industrial machinery, and electrical equipment. The robust material and precise dimensions ensure adaptability to various installation requirements, making it ideal for traders, wholesalers, and manufacturers in India seeking dependable solutions for diverse mechanical needs.

FAQ's of Helical Compression Spring:

Q: How is the helical compression spring manufactured?

A: This spring is produced using a cold coiling process from 3 mm thick stainless steel alloy wire, followed by precision polishing to achieve a bright finish. Closed and ground ends ensure accurate alignment and stable installation.

Q: What applications are suitable for this compression spring?

A: It is ideal for commercial use in automotive, machinery, and electrical equipment, providing reliable support in environments requiring durability and precision. Retailers, wholesalers, and distributors often supply this spring across a range of industries in India.

Q: When should I use a closed and ground end spring?

A: Closed and ground ends are recommended when even load distribution and stable seating are critical, such as in automotive assemblies and precision equipment. This design ensures greater operational safety and decreased wear over time.

Q: Where can this compression spring be purchased in India?

A: You can acquire this spring directly from authorized dealers, distributors, manufacturers, suppliers, and traders throughout India. It is available in both polybag and carton packaging to meet different quantity and transport needs.

Q: What are the advantages of the spring's bright, polished finish?

A: The polished, bright metallic finish enhances corrosion resistance, extends the product's lifespan, and offers a high-quality appearance, making it suitable for visible or exposed mechanical setups.

Q: How does the spring's fatigue life benefit my application?

A: With a fatigue life exceeding 100,000 cycles, this spring is engineered for repeated and long-term use, reducing the frequency of replacements and maintenance, thus enhancing operational efficiency.

Q: What is the process for using this compression spring in an assembly?

A: During installation, simply seat the spring within the designated housing so that the closed, ground ends are flush with mounting surfaces to ensure proper load transfer and alignment. This facilitates optimal spring function in machine assemblies.