Double Groove Slotted Disc Springs Radial Flexibility 14mm 18mm Conical Washer
Double Groove Slotted Disc Springs Radial Flexibility 14mm 18mm Conical Washer
Basic Properties
Place of Origin:
Sihong, China
Brand Name:
Sunzo
Certification:
CE/IATF16949/45001/14001/9001
Trading Properties
Minimum Order Quantity:
Negotiable
Price:
Negotiable
Payment Terms:
Negotiable
Product Summary
Double-groove disc springs feature dual radial grooves for superior stress distribution, extending fatigue life by 30% and reducing axial deformation by 25%. Ideal for heavy machinery, aerospace, and hydraulic systems with custom stiffness options and high-strength alloy construction.
Product Custom Attributes
Highlight
Double groove Slotted Disc Springs
,Slotted Disc Springs 14mm
,18mm conical washer use
Groove Type:
Double-groove
Groove Location:
Inner And Outer Circumferential Surfaces
Fatigue Life Improvement:
Up To 30%
Axial Deformation Reduction:
Up To 25%
Stress Distribution:
Optimized
Shock Absorption:
Enhanced
Load Stability:
Superior
Force Output:
Consistent
Stiffness Characteristic:
Variable
Stacking Configuration:
Parallel Or Series
Load Capacity:
Customizable
Deflection Range:
Extendable
Material:
50CrVA Or SUS304
Corrosion Resistance:
Excellent
Temperature Stability:
High
Radial Flexibility:
Controlled
Energy Dissipation:
Progressive
Mechanical Stress:
Evenly Distributed
Performance Advantage:
Enhanced
Structural Design:
Dual-groove Architecture
Product Description
Detailed Specifications & Features
Double-Groove Disc Spring: Definition, Structural Design Features, and Core Performance Advantages
A double-groove disc spring is a specialized variant of disc spring engineered with precision-machined radial grooves on both its inner and outer circumferential surfaces. This distinctive dual-groove architecture serves as the primary differentiator from conventional flat or single-groove disc springs, enabling enhanced mechanical performance in demanding industrial environments.
Structural Design Features
The strategic placement of radial grooves—typically machined to specific depths and widths—facilitates controlled radial flexibility, allowing the spring to distribute mechanical stress more evenly across its cross-section.
- Enhanced stress distribution reduces localized stress concentrations
- Extends fatigue life by up to 30% compared to standard disc springs in cyclic load applications
- Dual-groove design enhances shock absorption capabilities through progressive energy dissipation
Performance Advantages
Double-groove disc springs exhibit superior stability under varying loads, maintaining consistent force output even after prolonged use. When subjected to equivalent axial loads, they demonstrate up to 25% less axial deformation than traditional disc springs—a critical advantage in space-constrained applications.
Key technical benefits include variable stiffness characteristics that can be precisely tailored through modular combination methods. By stacking springs in parallel (to increase load capacity) or series (to extend deflection range), engineers can achieve custom stiffness curves to meet specific industrial requirements.
- Ideal for compact hydraulic assemblies, aerospace actuators, and high-pressure valve systems
- Suitable for both light preload applications and heavy-duty shock absorption tasks
- Constructed from high-strength alloys (50CrVA, SUS304) for excellent corrosion resistance and temperature stability
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