| Exporter, Wholesale, Manufacturer | |
| Tehran-South |  |
| +989122003350 | |
- Price :negotiated
spring , Iran
A formed spring is a mechanical element that stores and releases mechanical energy through its specific geometric shape. Wire diameters range from 0.2 to 12 mm, and free lengths vary from 10 to 500 mm. Spring stiffness k is designed between 0.5 and 1500 N/mm based on Young’s modulus and wire radius. Common materials include chrome steel, stainless steel, and fatigue-resistant special alloys. Surfaces can be coated with nickel, zinc, PTFE, or industrial paint for corrosion and wear resistance.
The manufacturing process includes precise wire drawing, CNC or machine bending into the desired shape, heat treatment at 200–400°C for stress relief, and final straightening. Springs are tested for force and deflection using testing machines. Final steps include surface finishing, corrosion-resistant coating, and quality control with ±1% tolerance. Formed springs are used in automotive, industrial machinery, medical devices, and precision tools, designed for over one million load cycles.You can order and buy spring from Iran by contacting us through whatsaap and email.
WEBSITE: spring Iran
Applications of Formed Springs in Various Industries in iran
Formed springs are widely used across industries due to customizable geometry, controlled stress distribution, and precise elastic performance. In the automotive industry, they are applied in locking mechanisms, seat adjustment systems, and clutch assemblies for shock absorption and position stabilization. In electronic equipment, they function as spring contacts with contact forces between 0.5 and 5 newtons to ensure electrical stability. In medical industries, stainless steel springs with an elastic modulus of about 190 gigapascals are used in surgical tools and sterilizable devices. In industrial machinery, these springs operate in return systems, backlash compensation, and vibration control with fatigue life exceeding 500000 cycles. In aerospace applications, heat resistant alloys capable of withstanding up to 400 degrees Celsius provide stable performance under dynamic loading conditions.
