Stainless Steel Crest-to-Crest Wave Spring with Compact Space-Saving Design and High Fatigue Resistance

The Crest-to-Crest Wave Spring | Stainless Steel Precision Spring is a high-performance wave spring designed to provide controlled axial force, compact installation, and reliable spring performance in limited spaces. Unlike traditional coil compression springs, crest-to-crest wave springs feature multiple waves formed along the spring circumference, allowing them to deliver similar load capacity with significantly reduced working height.

Manufactured using advanced precision forming technology, this wave spring provides excellent elasticity, stable spring force, and long fatigue life. The unique crest-to-crest wave design enables the spring to maintain consistent load distribution while minimizing axial space requirements, making it an ideal replacement for conventional compression springs in compact mechanical assemblies.

Made from high-quality materials including SUS304 stainless steel, SUS316 stainless steel, carbon steel, and alloy spring steel, the precision wave spring offers excellent corrosion resistance, wear resistance, and mechanical durability. It is suitable for applications requiring high reliability, accurate force control, and space-saving solutions.

Crest-to-crest wave springs are widely used in automotive systems, aerospace equipment, precision machinery, valves, pumps, bearings, electronic devices, medical equipment, and industrial automation systems. They are commonly installed as preload springs, bearing springs, sealing springs, and force compensation elements.

METS provides customized wave spring manufacturing services based on customer drawings, samples, or technical specifications. Our professional engineering team supports spring design optimization, material selection, load calculation, prototype production, and mass manufacturing to meet different industrial application requirements.

• Compact Space-Saving Design: The crest-to-crest wave structure provides high spring force in a shorter axial height, making it suitable for applications with limited installation space.
• Stable Load Performance: Multiple wave contact points ensure uniform force distribution and consistent spring performance during compression.
• High-Quality Stainless Steel Material: Available in SUS304 and SUS316 stainless steel, providing excellent corrosion resistance and long service life.
• High Fatigue Resistance: Designed for repeated compression cycles while maintaining stable spring force and dimensional accuracy.
• Precision Manufacturing: Advanced CNC forming technology ensures accurate wave height, diameter, thickness, and spring load characteristics.
• Wide Application Compatibility: Suitable for bearing preload, mechanical assemblies, sealing systems, and precision industrial equipment.
• OEM Customization Capability: Customized dimensions, materials, wave numbers, load requirements, and surface treatments are available.

Crest-to-crest wave springs are widely used in automotive components such as transmissions, clutches, braking systems, sensors, and engine assemblies where compact and reliable spring force is required.

Used as bearing preload springs to compensate for dimensional tolerances, reduce vibration, and maintain proper operating pressure.

Applied in automation equipment, precision mechanisms, pumps, valves, and mechanical assemblies requiring stable axial force in limited installation spaces.

Suitable for aerospace and high-performance equipment requiring lightweight, reliable, and durable spring solutions.

Used in compact electronic devices, connectors, switches, and precision assemblies requiring controlled spring pressure.

Applied in medical instruments and precision equipment where high reliability, corrosion resistance, and accurate force control are important.

Used in valve seals and mechanical sealing applications to provide continuous preload and maintain sealing performance.

METS specializes in manufacturing customized crest-to-crest wave springs according to customer requirements, drawings, samples, or application conditions.

Available customization options:

• Inner diameter
• Outer diameter
• Spring height
• Material thickness
• Wave height
• Number of waves
• Free height
• Working height

Material options include:

• SUS304 stainless steel
• SUS316 stainless steel
• Carbon steel
• Alloy spring steel
• Special corrosion-resistant materials

Customized according to application requirements:

• Spring load
• Deflection range
• Compression force
• Fatigue life
• Working temperature

Available finishes:

• Passivation
• Electro polishing
• Nickel plating
• Zinc plating
• Special protective coatings

Our engineering team provides:

• Spring design optimization
• Load calculation
• Material recommendation
• Prototype development
• Production improvement solutions

METS provides complete technical support from initial design consultation to final production, helping customers select the best wave spring solution.

We support:

• Custom spring design
• Prototype samples
• Small batch production
• Mass manufacturing
• Customized packaging

Each wave spring is inspected through strict quality procedures, including:

• Material inspection
• Dimensional measurement
• Spring load testing
• Surface quality inspection
• Performance verification

With precision spring forming equipment and professional production technology, METS ensures stable quality and consistent performance.

We provide efficient support including:

• Product quotation
• Technical consultation
• Drawing review
• Order tracking
• After-sales assistance

To prevent deformation and damage during transportation, crest-to-crest wave springs are packed with:

• Anti-moisture plastic bags
• Protective trays
• Carton packaging
• Export wooden cases for large shipments

Customized packaging and labeling services are available.

Global shipping solutions include:

• Express delivery for samples
• Air freight for urgent orders
• Sea freight for bulk orders

Available terms:

• EXW
• FOB
• CIF
• DAP

• Sample production: 7-15 working days
• Mass production: 15-35 working days depending on design complexity and order quantity