<
>
High-Force Elastic Nested Wave Spring with Multiplied Load Capacity and Precision Pre-Setting
Product Details
| Clearance Diameter: | 8.00 Mm - 500.00 Mm | Shaft Diameter: | 5.00 Mm - 450.00 Mm |
|---|---|---|---|
| Free Height: | 2.00 Mm - 100.00 Mm | Load Capacity: | 100 N - 50,000+ N |
| Number Of Turns: | 2-Turn, 3-Turn, 4-Turn | Material Options: | Carbon Spring Steels, Austenitic Stainless Steels, Precipitation-Hardening Stainless Steel, Nickel-Chromium Superalloys |
| Temperature Resistance: | Up To 700°C | OD Tolerance: | ±0.05 Mm To ±0.35 Mm |
| ID Tolerance: | ±0.04 Mm To ±0.30 Mm | Height Tolerance: | ±0.10 Mm To ±0.50 Mm |
| Load Tolerance: | ±10% | Wire Cross-Section: | Customized |
| Force Profile: | Linear Deflection | Pre-Setting: | Mechanical Pre-setting |
| Corrosion Resistance: | Rust And Acid Resistant | Fatigue Resistance: | High-cycle |
| Surface Treatments: | Zinc Phosphating, Electropolishing, Dacromet | Testing Capabilities: | 50N To 4,000KN |
| Material Thickness: | Precision Controlled | Material Width: | Precision Controlled |
| Highlight |
High-Force Elastic Nested Wave Spring,Multiplied Load Capacity Nested Wave Spring,Precision Pre-Setting Nested Wave Spring |
||
Product Description
Premium Nested Wave Spring Solutions: High-Force Elastic Technology by Jiangsu Sunzo
In high-end mechanical engineering and precision component design, managing massive loads within confined spaces presents significant challenges. Traditional wave springs or standard coil springs often reach their limits when applications demand immense forces within tight, small diameters. Jiangsu Sunzo Spring Elasticity Technology Co., Ltd. (SUNZO) delivers the ideal solution: premium Nested Wave Springs.
Core Technical Advantages
Multiplied Load Capacity: Our nested wave springs multiply force proportional to the number of parallel turns, achieving forces equivalent to heavy-duty Belleville washers with more predictable flat-wire profiles.
Elimination of Assembly Issues: The single, continuous strand design ensures perfect alignment, eliminating internal shifting, reducing friction wear, and guaranteeing consistent force-deflection profiles.
Smooth Linear Force: Advanced edge-coiling technology ensures even load distribution across nested layers, enabling smooth, linear deflection throughout the working stroke.
Structural Stability: Every spring undergoes intensive mechanical pre-setting to remove initial material stresses, maintaining precise free height and resisting relaxation after millions of high-load cycles.
Advanced Material Selection
- Carbon Spring Steels (SAE 1070-1090 / 65Mn): High tensile strength and cost-effectiveness for non-corrosive environments
- Austenitic Stainless Steels (SUS 302, 304, 316): Robust rust and acid resistance, with SUS 316 ideal for marine and chemical environments
- Precipitation-Hardening Stainless Steel (17-7PH): Exceptional fatigue resistance and structural stability up to 315°C (600°F)
- Nickel-Chromium Superalloys (Inconel X-750 / 718): Extreme high-temperature resistance (up to 700°C) and chemical media protection
Dimensional Parameters & Tolerances
| Parameter | Standard Range | Precision Tolerances |
|---|---|---|
| Clearance / Bore Diameter (OD) | 8.00 mm - 500.00 mm | ±0.05 mm to ±0.35 mm |
| Shaft / Rod Diameter (ID) | 5.00 mm - 450.00 mm | ±0.04 mm to ±0.30 mm |
| Number of Nested Turns | 2-Turn, 3-Turn, or 4-Turn Parallel Coils | Configured to targeted load criteria |
| Free Height (H₀) | 2.00 mm - 100.00 mm | ±0.10 mm to ±0.50 mm |
| Load Bearing Capacity | 100 N to 50,000+ N | Within ±10% of theoretical force |
Design Integration: Our engineering division provides advanced Finite Element Analysis (FEA) modeling to visualize wave nesting, inter-turn friction mechanics, and stress-strain distributions. We support rapid prototyping with no minimum order quantity (No MOQ) limitations.
Primary Industrial Applications
High-Pressure Piping Flanges & Industrial Valves: Live-loading elements that apply constant axial force to counteract thermal cycling and pressure spikes, maintaining secure seals in petrochemical and chemical processing plants.
Automotive Transmission Systems: Deployed in high-performance automatic transmissions, dual-clutch assemblies, and torque converters to provide immense return force for quick clutch plate disengagement within restricted axial spaces.
Bearing Pre-Load in Heavy Machinery: Positioned in industrial electric motors, large pumps, and CNC spindle assemblies to apply continuous axial pre-load, absorb micro-vibrations, minimize axial end play, and extend bearing service life.
High-Voltage Electrical Systems: Integrated into electrical contact mechanisms of high-voltage circuit breakers and power distribution switchgears to provide constant contact pressure, preventing electrical arcing and bolt creep.
Quality & Manufacturing Excellence
Jiangsu Sunzo operates with rigorous corporate structure, backed by strategic equity investment from the China National Nuclear Corporation (CNNC) ecosystem. This ensures meticulous traceability, strict material validation, and document control matching international manufacturing standards.
Strategic Dual-Center Operations:
- Nanjing R&D and Engineering Hub: Advanced material analysis, customized load-profile programming, and non-linear spring mechanics simulations
- Sihong Manufacturing Mega-Base: 60-acre production plant with high-speed edge-coiling machinery, precision flat-wire rolling mills, and atmosphere-controlled heat treatment furnaces
Certifications & Testing: IATF 16949 (Automotive), ISO 9001 (Quality), ISO 14001 (Environmental), ISO 45001 (Occupational Health and Safety)
Advanced Testing Capabilities: Handheld XRF analyzers for material identification, automated precision spring load testers (50N to 4,000KN), high-cycle fatigue testing rigs, environmental chambers, and specialized surface treatments including Zinc Phosphating, Electropolishing, and Dacromet coatings.
As an experienced international exporter, Jiangsu Sunzo provides comprehensive technical support, digital CAD file evaluations, and reliable global shipping solutions.
Partner with us to minimize mechanical footprint while maximizing structural reliability under heavy loads. Contact our engineering team today for technical briefs, component samples, and competitive commercial quotes.
Product Highlights
Sunzo's nested wave springs deliver multiplied load capacity in confined spaces, eliminating assembly misalignment. Made from high-grade alloys for durability, they offer custom solutions with IATF 16949 certification and no MOQ.
Related Products
High-Performance Waved Spring with Exceptional Elastic Properties, Remarkable Impact Resistance, and Stable Axial Preload
SUNZO waved springs offer exceptional elasticity & impact resistance, providing minimal stiffness & stable axial preload. Available in standard & custom designs using premium materials (1074, 65Mn, 60Si2MnA, SUS304) with various surface treatments for precision machinery, aerospace & hydraulic applications.
207GPa DIN 2093 Disc Springs for High-End Motors | SUNZO Factory
SUNZO manufactures premium DIN 2093 disc springs engineered with a calibrated 207GPa elastic modulus for high-end electric motors, dynamic powertrains, and automated actuators. Designed to eliminate bearing play caused by severe operational thermal expansion, these precision coni
Inconel X750 High Temperature DIN 2093 Disc Springs | SUNZO Factory
SUNZO manufactures premium Inconel X750 high-temperature DIN 2093 disc springs engineered to combat severe stress relaxation in petrochemical valves, gas turbines, and high-pressure hydraulic circuits.
Plain Oiled Waved Spring with Corrosion Protection and Balanced Elasticity for Cost-Effective Industrial Applications
Cost-effective plain oiled waved springs for industrial use. Durable 800-1000 MPa tensile strength, 15% reduced friction, 90+ days corrosion protection. Custom sizes 10-300mm with ±0.05mm tolerance. 30% cheaper than premium alternatives.
Request A Quote
Please use our online inquiry contact form below if you have any questions, our team will get back to you as soon as possible.
