Wholesale Stainless Steel Damping Spring Manufacturer, Suppliers

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Wholesale Stainless Steel Damping Spring Manufacturer, Suppliers

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Product Description

Introduction

Stainless steel spring has the advantages of good vibration damping performance, small resonance amplitude, long life, low noise, etc.

Technical Parameters

Steel Spring
Model	Specifications DHd(mm)	External Diameter D(mm)	Height H(mm)	Wire Diameter d(mm)
JHG-107* 206	φ107* 206*φ12	107	206	12
JHG-126*238	φ126238φ16	126	238	16
JHG-120 * 240	φ120240φ20	120	240	20
JHG-165*387	φ165387φ25	165	387	25
JHG-190*380	φ190380φ30	190	380	30

Applications

The steel spring, also known as damping spring, is suitable for all kinds of vibrating screen, conveyor, vibration feeder and other equipment, and has been widely used in the following industries:

✓ Metallurgy and Mining

✓ Coal and Energy

✓ Building Materials

✓ Chemical Industry

Frequently Asked Questions

1. What are the primary benefits of using stainless steel springs? Stainless steel springs offer excellent vibration damping performance, low noise operation, a small resonance amplitude, and a long service life.

2. Which machines are these damping springs suitable for? They are designed for various industrial equipment, including vibrating screens, conveyors, and vibration feeders.

3. In which industries are these springs commonly applied? These springs are widely used in metallurgy, mining, coal processing, chemical production, and the building materials industry.

4. How do I determine the correct spring size for my equipment? You can refer to our Technical Parameters table, which lists external diameter (D), height (H), and wire diameter (d) for various models like the JHG series.

5. Why are they called "damping springs"? They are called damping springs because their primary function is to absorb and dissipate energy from vibrations, protecting the machinery and reducing noise.

6. Are these springs resistant to corrosion? Yes, being made of stainless steel, they provide superior resistance to rust and corrosion compared to standard carbon steel springs, especially in chemical environments.