Spring Selection & Design

Spring selection Spring customization Special functional springs

Compression Springs

Extension Springs

Torsion Springs

High temperature resistant springs

Corrosion-resistant springs

High frequency oscillating springs

Industry Solutions

No source force memory alloy temperature control valve

Technology Enablement

Huaxing intelligent spring design and manufacturing system

Memory alloy application development

About CATALOG

Company Introduction

Innovation Process

News

Spring Selection & Design

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Spring Selection & Design

Spring selection

Compression Springs Extension Springs Torsion Springs Wave Springs Disc Springs Rectangular Springs

Spring customization

Compression Springs Extension Springs Torsion Springs Wave Springs Disc Springs Rectangular Springs

Special functional springs

High temperature resistant springs Corrosion-resistant springs High frequency oscillating springs No magnetic springs Memory alloy springs Elgiloy springs

Industry Solutions

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Industry Solutions

Automotive Solutions New Energy Solutions Medical Solutions Mechanical Solutions Electronic Solutions Valve Solutions Aerospace Solutions No source force memory alloy temperature control valve

Technology Enablement

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Technology Enablement

Huaxing intelligent spring design and manufacturing system Memory alloy application development

About CATALOG

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About CATALOG

Company Introduction Innovation Process News

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Disc Springs

The disc spring, also known as the Belleville spring or washer, traces its origins to the mid-19th century when it was invented and patented by the French engineer Julien Belleville. From the outset, its unique conical disc design garnered attention for its ability to deliver exceptionally high loads within extremely compact spaces. The core advantage of disc springs over traditional coil compression springs lies in their capacity to provide several times to tens of times greater load within the same installation envelope. Moreover, by configuring them in series, parallel, or mixed arrangements, they can achieve highly flexible nonlinear or near-linear load-deflection characteristics.

Variants

Standard disc springs, guided disc spring assemblies (with guide rods/sleeves), trapezoidal cross-section disc springs.

Application Fields

Thanks to their high load density, compact design, long service life, and flexible stacking options, disc springs are widely used in heavy machinery and engineering equipment, electrical systems, power transmission, valves, rail transportation, petrochemical applications, and beyond.