stainless steel belleville spring washers

stainless steel belleville spring washers for machines

Belleville spring washers are commonly used in a variety of mechanical devices to provide elastic support, adjust clearances or dampen vibrations.

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Description

Belleville Spring Washers—named after their inventor or manufacturer, the Belleville company—are precision-engineered components designed to provide resilient elastic force and reliable support in a wide range of applications. Their unique tapered, disc-like structure delivers effective cushioning, gap adjustment, and vibration damping for mechanical, automotive, aerospace, and electronic systems.

Features & Material

  • High-Strength Construction: Manufactured from high-strength steel, alloy steel, or stainless steel for superior resilience and long-lasting durability.
  • Tapered Disc Shape: Characterized by a thicker center and thinner edges, the inverted disc shape efficiently provides elastic support when compressed.
  • Versatile Sizing: Available in a variety of diameters, thicknesses, and angles to meet specific application requirements.
  • Adjustable Elastic Force: Stores and releases elastic energy during compression, offering customizable support and cushioning.
  • Load & Clearance Adjustment: Maintains stable pressure and clearance under varying load conditions, enhancing the reliability of devices.
  • Stackable Design: Multiple washers can be stacked to fine-tune flexibility and support, adapting to different operational needs.

Applications

  • Mechanical Equipment: Provides resilient support, clearance adjustment, and vibration damping in machinery.
  • Automotive Industry: Used in suspension systems and engine components for stable support and vibration control.
  • Aerospace: Ensures reliability and stability in extreme environments.
  • Electronic Equipment: Prevents vibration and adjusts clearances in sensitive electronic assemblies.

Belleville Spring Washers are essential elastic support components, delivering efficient cushioning, gap adjustment, and vibration damping thanks to their advanced tapered design. Their robust materials and flexible configurations make them suitable for the most demanding applications. Proper installation and routine maintenance will ensure long-term, stable performance.