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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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