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Supplier: Zhejiang Lisheng Spring Co., Ltd.
Description: Wave Spring: Custom high-precision stainless steel square wire wave spring Description: Multi-turn square wire wave springs are formed by flat wire and have wave peaks hold their configuration. Wave springs operate as load-bearing
- Spring Washer Material: Stainless Steel
- Spring Washer Type: Wave Washer
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Supplier: Seastrom Manufacturing Co., Inc.
Description: Single Wave Spring Washer Single wave spring washers are similar to crescent washers, but they have a flat bearing surface for applications that need to minimize abrasion to soft assemblies or surfaces. Single wave spring washers support relatively light
- Inside Diameter: 0.0970 to 0.3790 inch
- Outside Diameter: 0.2500 to 0.7400 inch
- Thickness / Working Height: 0.0050 to 0.0160 inch
- Wave Washer Material: Spring Steel
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Supplier: Seastrom Manufacturing Co., Inc.
Description: Wave Spring Washer, Wavy Spring Washer Wave spring washers are commonly used as cushion springs or spacers on a shaft in many applications. They are designed with a moderate load capacity with a moderate deflection range. Wave spring washers
- Inside Diameter: 0.0600 to 2.75 inch
- Outside Diameter: 0.1250 to 2.99 inch
- Thickness / Working Height: 0.0030 to 0.0320 inch
- Wave Washer Material: Spring Steel, Stainless Steel
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Supplier: Zhejiang Lisheng Spring Co., Ltd.
Description: Multi turn wave springs ID80mm, free height 300mm,3.5waves,50tur ns,17-7ph customed Description: A multi turn wave springs with shim end inconel, also known as coiled wave spring or scrowave spring, is a spring made up of pre-hardened
- Spring Washer Material: Nickel Base Alloy
- Spring Washer Type: Wave Washer
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Supplier: Smalley
Description: An interlaced wave spring is formed from two constituent wave springs of similar thickness, amplitude and frequency. The two constituent wave springs are combined together by interlacing them so that the spring turns of each spring abut each
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Supplier: Smalley
Description: Nested Spirawave springs are flat wire wave springs with multiple turns, coiled in parallel to produce higher forces. These forces increase proportionally to the number of turns. Now available as a standard series, they are able to replace stacks of single-turn wave
- End Configuration: Closed / Squared Ends
- Free Length: 0.1030 to 0.3870 inch
- Inner Diameter (ID): 0.3550 to 3.42 inch
- Material: High Carbon Steel Wire, Stainless Steel, Other
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Supplier: Coiling Technologies, Inc.
Description: They are made from coiled flat wire with waves added to give its spring effect. These types of springs offer reduced operational height but can still handle the same loads as a compression spring, which makes them ideal for smaller assemblies or working in confined areas.
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Supplier: Smalley
Description: Marcel Expanders are available as a custom from Smalley. Smalley engineers are available to assist with spring design. For more information, email Smalley engineering now. Expanders can also be formed in a circle. The expander will provide radial force or outward pressure. These can be
- Coil Shape / Spring Type: Cross-section Compression (Garter, Meander, etc.)
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Supplier: Smalley
Description: Conventional Gap and Overlap Type Wave Springs are used in a wide variety of applications. For short deflections and low-medium forces, they function with precision and dependability. These two types of Smalley Wave Springs permit radial expansion or growth in diameter
- Inside Diameter: 12.57 inch
- Outside Diameter: 13.39 inch
- Spring Washer Material: Spring Steel, Stainless Steel
- Spring Washer Type: Wave Washer
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Supplier: Zhejiang Lisheng Spring Co., Ltd.
Description: Linear wave spring expanders are Carbon steel or Stainless Steel Description: A linear wave spring is a continuous wave forming in the shape of a long strip spring. A load-bearing device has roughly the same load and deflection characteristics. Compared with
- Spring Washer Material: Stainless Steel, Nickel Base Alloy
- Spring Washer Type: Wave Washer
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Supplier: Zhejiang Lisheng Spring Co., Ltd.
Description: Single turn wave disc springs wavy spring washers 17-7ph suppliers Single turn overlap wave springs are used for several applications, mainly designed for short deflection and low to medium forces. Technology enables to provide a dependable and accurate fit.
- Inside Diameter: 0.8752 inch
- Outside Diameter: 0.6201 inch
- Spring Washer Material: Stainless Steel
- Spring Washer Type: Wave Washer
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Supplier: Daemar Inc.
Description: Single Turn - Narrow - Inch Ideal for short deflection applications where space is minimal. Gap Type * Mulitple Waves (see table)
- Inside Diameter: 4.57 inch
- Outside Diameter: 5 inch
- Thickness / Working Height: 0.0300 inch
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Supplier: Daemar Inc.
Description: Single Turn - Metric Ideal for short deflection applications with low to medium forces. Offered in a number of waves and material thickness. Designed for a wide range of bore and rod diameters. Overlap: Sizes -63 to -374 * Multiple Waves (see table) Gap : Size -394 & up * multiple
- Inside Diameter: 1.25 inch
- Outside Diameter: 1.57 inch
- Thickness / Working Height: 0.0181 inch
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Supplier: Daemar Inc.
Description: Single Turn- Inch Ideal for short deflection applications with low to medium forces. Offered in a number of waves and material thickness. Designed for a wide range of bore and rod diameters. Overlap: Sizes -50 to -162 3 waves Gap: Sizes -175 & up * Multiple waves (see table)
- Inside Diameter: 7.68 inch
- Outside Diameter: 8.5 inch
- Thickness / Working Height: 0.0320 inch
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Supplier: Associated Spring
Description: Our broad experience with metal stamping enables us to offer special spring washers at low cost. Slotted, curved, dished, wave, star, finger and disc spring washers are available in many materials and sizes. Wave spring washers are especially useful to apply
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Supplier: Century Spring Corp.
Description: A disc spring (sometimes called a "Belleville washer" after the inventor) consists primarily of a convex disc supported at the outer periphery by one force and an opposing force on the center of the disc. Disc springs are used singly, or in stacks, to achieve a desired load and travel.
- Spring Washer Material: Spring Steel, Other
- Spring Washer Type: Wave Washer
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Supplier: TFC Ltd.
Description: An interlaced wave spring is formed from two or three constituent wave springs of similar thickness, amplitude and frequency. The constituent wave springs are wound together to interlace them so that the spring turns of each spring about each
- Coil Shape / Spring Type: Other / Specialty
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Supplier: Rotor Clip Company, Inc.
Description: Wave Springs
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Supplier: TFC Ltd.
Description: Nested Wave Springs are pre-stacked in parallel from one continuous filament of flat wire. The need to stack individual springs for higher loads is no longer necessary. Nested springs result in a spring rate that increases proportionally to the number of turns.
- Coil Shape / Spring Type: Other / Specialty
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Supplier: ASRaymond
Description: Wave Spring Washers - Compression Type Material: carbon steel Outside diameter: 0.386 in (9.8 mm) to 6.654 in (169 mm) Load: from 23.9 lbs (5.4 N) to 1 716 lbs (386 N) Number of waves: 3 to 7 depending on size.
- Inside Diameter: 1.46 inch
- Outside Diameter: 1.77 inch
- Thickness / Working Height: 0.0200 inch
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Supplier: ASRaymond
Description: Stock sizes in high-carbon and stainless steels Wave spring washers are usually used in thrust-loading applications for small deflections, particularly where radial space is limited. A typical example is the axial loading of ball bearings. The spring rate is approximately linear
- Inside Diameter: 3.61 inch
- Outside Diameter: 4.63 inch
- Thickness / Working Height: 0.0470 inch
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Supplier: Rotor Clip Company, Inc.
Description: Single-turn, round wire wave springs are ideal for use in high load, high rate, low deflection, static or low cycling applications. They are a cost effective alternative to belleville disc springs.
- Coil Shape / Spring Type: Straight
- Free Length: 0.2450 inch
- Material: Copper Base Alloy, High Carbon Steel Wire, Stainless Steel, Other
- Outer Diameter (OD): 5.28 inch
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Supplier: G.L. Huyett
Description: Wave Washers, Wave Spring Washers, or simply Spring Washers, are used in many applications as spacers or cushion springs. Their irregular shape provides 3-point contact that result in greater load bearing capacity and moderate deflection range in low strength
- Inside Diameter: 0.8550 to 5 inch
- Outside Diameter: 0.6500 to 3.89 inch
- Spring Washer Material: Other
- Spring Washer Type: Wave Washer
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Supplier: TFC Ltd.
Description: To complement our extensive ranges of disc springs, we can offer the engineer a range waved spring washers which will provide lower forces. These products can be offered with a wide range of surface coatings including phosphate and zinc passivated. All popular sizes are in stock
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Supplier: Rotor Clip Company, Inc.
Description: Single Turn, Inch. Ideal for short deflection applications with low to medium forces. Offered in a number of waves and material thicknesses. Designed for a wide range of bore and rod diameters.
- Coil Shape / Spring Type: Straight
- Free Length: 0.0950 inch
- Material: Copper Base Alloy, High Carbon Steel Wire, Stainless Steel, Other
- Outer Diameter (OD): 0.4800 inch
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Supplier: Rotor Clip Company, Inc.
Description: Multi Turn, Metric. Used for low to medium force applications with greater travel compared to single-turn springs. Utilizes nearly half the space as helical compression springs while producing the same force.
- Material: Copper Base Alloy, High Carbon Steel Wire, Stainless Steel, Other
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Supplier: J.Lanfranco Fastener Systems Inc.
Description: WAVED SPRING LOCKING WASHER NFE 27620
- Inside Diameter: 0.8268 inch
- Metallic: Steel, Stainless Steel, Other
- Outside Diameter: 1.42 inch
- Thickness / Working Height: 0.0630 inch
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Description: the assembly of mechanisms. Various industrial hardware components are used in the assembly process including knobs, washers, spacers, shims, handles, springs, spring-powered reels, and ball plunger screws. Fasteners play a vital role in a wide range of applications, from everyday
- Inside Diameter: 0.4134 inch
- Outside Diameter: 0.8268 inch
- Thickness / Working Height: 0.0394 inch
- Wave Washer Material: Spring Steel, Other
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Supplier: Lee Spring Company
Description: Lee REDUX™ Wave Springs - For Optimum Performance in Reduced Spatial Environments REDUX™ Wave Springs Now Available in Smaller Sizes. As assemblies get smaller, the demand for smaller REDUX Stainless Steel Wave Springs continues to grow. Lee’s REDUX
- Inside Diameter: 0.5620 inch
- Outside Diameter: 0.5260 inch
- Spring Washer Material: Stainless Steel
- Spring Washer Type: Wave Washer
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Supplier: Fabory North America
Description: Wave spring washers DIN 137B.
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Supplier: Accuris
Description: WASHER, SPRING TENSION, WAVE, SPRING STEEL
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Supplier: Daemar Inc.
Description: SHOWN REFLECT MULTI-TURN WAVE SPRINGS WITH PLAIN ENDS. THE LETTERS SHOWN AFTER THE PART NUMBERS REPRESENT THE NUMBER OF TURNS. WHEN ORDERING, PARTS SHOULD BE PRESENTED WITH THE PART NUMBER, FOLLOWED BY THE MATERIAL, AND THEN THE NUMBER OF TURNS (i.e. WSL-37ST A, WSM-50ST B, WSR-75ST C,
- Coil Shape / Spring Type: Other / Specialty
- Free Length: 1.5 inch
- Inner Diameter (ID): 1.34 inch
- Outer Diameter (OD): 1.75 inch
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Supplier: TFC Ltd.
Description: The WaveRing is a spiral retaining ring with an axial wave form. It acts like a standard retaining ring with the additional feature of compressibility. It compensates for the overall length tolerance of stacked components, while still acting as a retaining ring. Once assembled the
- Design Units: Inch
- Material: Spring Steel, Stainless Steel
- Primary Retaining Ring Type: External
- Retaining Ring Style: Spiral, Bowed, Other
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Supplier: Radwell International
Description: WAVE SPRING. FREE 2 YEAR RADWELL WARRANTY
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Featured Products Top
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Our single-turn and multi-turn wave springs are made form coiled flat or round wire with waves added to give them a spring effect. In many applications, they offer distinct advantages over traditional springs. Wave springs boast an attractive force-to-work ratio, typically needing (read more)
Browse Compression Springs Datasheets for Rotor Clip Company, Inc. -
A wave spring is made from coiled flat wire with waves added to give it a spring effect. Wave springs are superior to coil springs in certain applications because they provide lower work heights with the same force. This not only provides for space savings (read more)
Browse Compression Springs Datasheets for Rotor Clip Company, Inc. -
Engineers in the aerospace, automotive, medical, off-highway and oil & gas industries are just a few who have specified Smalley Wave Springs. Click here to learn a few common applications for Smalley Wave Springs. We have the ability to produce custom springs to meet your applications requirements. (read more)
Browse Preload Springs, Spacers, and Washers Datasheets for Smalley -
Our precision wave springs provide a compact, lightweight design with uniform load distribution and efficient energy storage. Fully customizable in material, dimensions, and wave configuration, they enhance (read more)
Browse Spring Washers Datasheets for Zhejiang Lisheng Spring Co., Ltd. -
Struggling with inconsistent spring performance or unclear manufacturing standards? Engineers and manufacturers need precise guidelines to ensure wave springs deliver uniform force, durability, and safety across applications. (read more)
Browse Spring Washers Datasheets for Zhejiang Lisheng Spring Co., Ltd. -
Wave springs are a compact solution when space is limited but performance cannot be compromised. Unlike traditional coil springs, they deliver the same force in a smaller footprint, making them perfect for aerospace (read more)
Browse Spring Washers Datasheets for Zhejiang Lisheng Spring Co., Ltd. -
Multi-Turn Wave Springs for Robotics are designed to address key challenges in robotic systems, including limited installation space, vibration control, and preload consistency. Their compact design enables engineers to achieve reliable force management while (read more)
Browse Compression Springs Datasheets for Zhejiang Lisheng Spring Co., Ltd. -
Flat-wire wave springs, an increasingly accepted alternative spring technology, come in single- and multi-turn versions that install easily in a variety of preloading and power transmission applications. Read on for some useful wave spring tips. Click to Read (read more)
Browse Compression Springs Datasheets for Rotor Clip Company, Inc. -
Finding the best possible solution for your design challenge is no easy task. Smalley engineers have created a brand new Ask the Expert - Wave Spring FAQ E-book that answers all of your wave spring questions in one, simple guide (read more)
Browse Compression Springs Datasheets for Smalley -
wave springs are a type of wave spring designed with multiple layers or "nested" coils, each stacked within the other in a concentric manner (read more)
Browse Compression Springs Datasheets for Zhejiang Lisheng Spring Co., Ltd.
Conduct Research Top
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Wave Spring Application Infographic
Wave springs feature an innovative design that can replace traditional coil springs.
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Wave Spring Design Guide
An introduction to Wave Springs and their advantages over conventional coil springs.
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Wave Springs in a Nutshell
Most engineers have plenty of experience with traditional coil and disc springs, while single and multi-turn wave springs remain something of a mystery. Wave springs, particularly those made from flat wire, should be better known given their compelling engineering advantages. Chief among
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Designing with Smalley Wave Springs
Smalley Wave Springs are a series of flat wire compression springs offering numerous functional advantages over traditional coil or compression springs. While providing the same force and deflection as a traditional coil spring, wave spring technology enhances load precision and cuts down
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Wave Spring vs. Coil Spring
Both wave springs and traditional coil springs fall under the category of compression springs. While the primary function is to provide axial load, wave springs have a few key differences and advantages when compared to coil springs.
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Ask the Expert - Wave Spring Design
Welcome back to the Ask the Expert blog, the blog is designed to help educate you on all things rings and wave springs. This week, the expert fields some questions about design specifics of wave springs.
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Wave Spring Guide: A Brief Overview
While finding the best possible design solution can be challenging, knowing what options are available can make it easier for you. One option Smalley provides is a wave spring. A wave spring, a type of compression spring, is a solution that optimizes space concerns while providing form, fit
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Invention, History, and Timeline of the Wave Spring
Most people are familiar with traditional springs. When they first hear about a wave spring, they may think this is a new innovation. However, wave springs have been around for decades. From everyday consumer items such as the smartwatch on your wrist to life-saving devices such as robotic surgical
More Information Top
Indicates content that may require registration and/or purchase.
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Mechanics and Mechatronics
Finite Element Analysis for Wave Spring of Multi-Disc Wet Clutch Based on ANSYS .
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Materials Processing and Manufacturing III
An Improved Experimental Equation for Precise Wave Spring Design Using Finite Element Method and Tests .
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Advanced Engineering Materials III
It could be expected that this study provided guideline for wave spring optimal design and improving fatigue life.
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http://dspace.mit.edu/bitstream/handle/1721.1/8537/49013602-MIT.pdf?sequence=2
Sinusoid Wave Springs . . . . .
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Wave Washers
Wave washers, also referred to as wave springs , are wavy metal washers designed to provide a compensating spring force or absorb shock when under load.
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Improved Fatigue Strength of Valve Springs and Sheet Springs by Application of a New Fine Shot Peening Technology
In the first part of this paper, the features of the SS treatment technology will be briefly introduced taking as an example the application of this technology to the wave springs made of flat cold–rolled chrome silicon steel wires.
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Improvement of dynamic characteristics of a HDD spindle system supported by ball bearing at elevated temperature
This research also proposes a robust HDD spindle motor in which a wave spring maintains a constant preload minimizing the effect of temperature variation.
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Springing Force Response of a Tension Leg Platform
The paper presents: (a) comparisons between measured and predicted regular- wave springing forces on the vertical cylinder, (b) comparisons between measured and predicted TLP response for regular and random waves, (c) hydrodynamic damping estimates, and (d) sample time-histories and spectra of …