Heavy-Duty Composite Spring

Key Features & Benefits

Excellent Shock Absorption & Noise Reduction

Our composite spring features a unique metal-and-rubber structure that effectively absorbs high-frequency vibrations and impacts during operation. The exceptional damping properties of the rubber component convert vibrational energy into heat, ensuring smoother equipment start-up and shutdown. This results in significantly lower operational noise compared to traditional steel springs, contributing to a safer and more pleasant work environment.

Superior Load Capacity & Stability

The high-strength internal steel coil provides exceptional rigidity and load-bearing capabilities, allowing it to withstand the immense static and dynamic loads of mining materials without permanent deformation. The external rubber casing not only protects the steel spring from the elements but also enhances overall stability, preventing lateral sway during operation.

Unmatched Durability & Extended Service Life

Engineered for the harsh conditions of mining sites—including moisture, dust, and corrosive materials—the spring's outer layer is made from a high-quality synthetic rubber that resists abrasion, oil, acid/alkali, and aging. This protective shield prevents the internal metal spring from rusting or suffering from premature fatigue failure, resulting in a substantially longer service life and reducing costly downtime for maintenance and repairs.

Easy Installation & Maintenance

Designed to meet industry-standard dimensions, our composite springs are fully interchangeable and can directly replace existing springs on your equipment without modification. The integrated, one-piece design makes the installation process quick and straightforward.

Primary Applications

All types of Mining Vibrating Screens

Vibrating Feeders

Heavy-Duty Vibration Tables

Other vibrating machinery requiring robust shock absorption and support.

This is a specialized composite spring engineered for heavy-duty vibrating equipment used in the mining, metallurgy, and coal industries. As a core elastic component for vibrating screens and feeders, it masterfully combines the high load capacity of a metal spring with the superior damping properties of a rubber spring. It is designed to overcome the common drawbacks of traditional steel springs (e.g., high noise, corrosion, short lifespan) and pure rubber springs (e.g., insufficient load capacity).

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