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Disc Spring Washer (DIN 2093 / DIN 6796 / GB 956.3) Disc Spring Washer (DIN 2093 / DIN 6796 / GB 956.3) Disc Spring Washer (DIN 2093 / DIN 6796 / GB 956.3)

Disc Spring Washer (DIN 2093 / DIN 6796 / GB 956.3)


Disc spring washers, also known as Belleville washers, are conical-shaped components designed to provide high axial load capacity in a compact form. They are commonly used in applications requiring elastic support, shock absorption, or load balancing, making them ideal for dynamic and static loads.

Disc Spring Washer (DIN 2093 / DIN 6796 / GB 956.3)

Disc Spring Washer (DIN 2093 / DIN 6796 / GB 956.3)

Features and Performance:

Material Options:

High-Quality Alloy Steel (50CrV4, 51CrV4): Provides excellent strength, durability, and resistance to fatigue under high loads.

Stainless Steel (AISI 301, 304, 316): Offers superior corrosion resistance for use in harsh environments or outdoor applications.

Special Materials: Inconel, Monel, or other alloys for high-temperature or corrosive conditions.

Surface Treatment:

Black oxide, phosphate coating, or zinc plating for corrosion protection and extended service life.

Passivation or custom coatings available for stainless steel variants.

Performance:

High load-bearing capacity in a compact design.

Absorbs shock and compensates for thermal expansion, vibration, or settling in assemblies.

Consistent elastic force under repeated compression cycles.

 Disc Spring Washer (DIN 2093 / DIN 6796 / GB 956.3)

Standards and Variants:

DIN 2093: Designed for precision load applications, available in standardized sizes and thicknesses.

DIN 6796: Ideal for bolted assemblies requiring enhanced locking performance and elasticity.

GB 956.3: Equivalent to international standards, ensuring compatibility with global applications.

 

Applications:

Widely used in automotive, aerospace, and heavy machinery industries for load distribution and vibration damping.

Suitable for use in bolted joints, valve assemblies, clutches, and dynamic systems requiring high spring performance.

Commonly found in energy systems, power plants, and equipment subjected to thermal or mechanical stress.

 

Advantages:

Compact and space-saving design with high load capacity.

Durable and resistant to deformation under extreme conditions.

Customizable dimensions, materials, and finishes for specialized needs.


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