Spring Steel Disc Springs 50CrVA And 60Si2Mn

The spring steel disc spring is a conical elastic component made of high-performance alloy spring steel (50CrVA / 60Si2Mn), suitable for multiple scenarios.

We not only provide standard disc springs (DIN 2093) but also offer comprehensive solutions tailored to your equipment's specific operating conditions (load, travel, space, temperature, and frequency), including material selection, mechanical calculations, and process implementation, to ensure they play a critical role in heavy-duty, high-frequency, or high-reliability applications.

Materials:

·60Si2Mn (Silicon-Manganese Steel): Extremely high cost-performance, possesses excellent fatigue resistance, suitable for heavy-duty conditions with long-term high-frequency cyclic loading, such as metallurgy, heavy vehicle buffering.

·50CrVA (Chromium-Vanadium Steel): Superior hardenability, heat resistance, and toughness, can maintain stable performance in moderate temperature (≤150°C) and slightly impacted severe environments, suitable for valves, aerospace, and other fields.

Ultra-long life and reliability

Based on the inherent advantages of the material and precise manufacturing and heat treatment processes, our disc springs exhibit excellent anti-relaxation and anti-fatigue capabilities, ensuring minimal performance degradation after millions of operating cycles, significantly reducing maintenance costs and downtime risks.

Our spring steel disc springs are widely used in fields with extreme requirements for safety and durability due to their high reliability, high load-bearing capacity, and long service life:
Heavy-duty machinery and pressure equipment: Buffering and overload protection mechanisms in large presses, forging equipment, and hydraulic presses.
Energy and Power Systems: Key connections and reset devices for high-pressure valves, gas turbines, and wind turbine braking systems.
Aerospace and Defense: Precision positioning and cushioning for aircraft actuation systems and engine components.
High-end industrial automation: constant force clamping and micro-adjustment mechanisms for precision machine tool fixtures and industrial robot joints.

When standard parts cannot meet your needs, we can provide you with comprehensive custom services, such as:
·Need to achieve the same load within a thinner height than the standard series.
·The impact load or operating temperature it takes exceeds the range that a conventional disc spring can withstand.
·Low maintenance rate and performance degradation are required during the equipment's service life.
Please provide your detailed operating conditions parameters or drawings, and our engineers will provide you with a free feasibility analysis and custom design solution.