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Supplier: Smalley
Description: require higher loads than single-turns are capable of producing. Benefits of Nested Spirawave Springs When your application requires high forces in tight radial or axial spaces, a nested wave spring is a perfect solution. Two to three times the force of a single
- 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: Smalley
Description: assemblies for variation as a result of tolerance stack-up Preload a mechanical assembly with greater force to reduce or eliminate vibration Compensate for the looseness that results in assembled components due to thermal expansion Design Fits in 25% of the radial space required of a
- Inside Diameter: 3.83 inch
- Outside Diameter: 4.12 inch
- Spring Washer Material: Spring Steel, Stainless Steel
- Spring Washer Type: Wave Washer
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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 within a
- 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: TFC Ltd.
Description: Our Linear Springs offer a selection of spring loads that react along a straight line as opposed to a conventional helical spring that fits in a circular cavity. This results in a spring which, although located in an axial direction, provides a radial force between
- Material: Steel, Stainless Steel
- Material Thickness: 0.0120 to 0.0620 inch
- Part Width: 0.1880 to 0.3750 inch
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Description: AK Series springs are specifically designed as preloading springs for use with radial ball bearings. They are made from C1075 material and are intended to maintain the positioning accuracy of the bearing with no endplay and minimize vibration and shaft deflection. AK series
- Inside Diameter: 0.2280 to 9.53 inch
- Metallic: Spring Steel
- Outside Diameter: 0.3660 to 14.09 inch
- Thickness / Working Height: 0.0080 to 0.1180 inch
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Supplier: Zhejiang Lisheng Spring Co., Ltd.
Description: overlap wave spring overlap each other. This type of wave spring allows radial expansion or diameter increase within the cavity without the binding or hang-up typically associated with stamped wave washers. Overlapping types have overlapping ends so that the ends are free to
- Inner Diameter (ID): 0.8752 inch
- Material: Stainless Steel
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Supplier: Zhejiang Lisheng Spring Co., Ltd.
Description: overlap wave spring overlap each other. This type of wave spring allows radial expansion or diameter increase within the cavity without the binding or hang-up typically associated with stamped wave washers. Overlapping types have overlapping ends so that the ends are free to
- Inner Diameter (ID): 0.8661 inch
- Material: Stainless Steel
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Supplier: SPIROL
Description: the low insertion force and compression of the pin during and after installation. The pin's uniform radial spring force results in a controlled hinge movement that remains consistent throughout the life of the assembly. The Coiled Pin offers a wide range of benefits over
- Diameter / Size: 0.0670 to 0.1720 inch
- English or Metric: English
- Length: 0.2500 to 1 inch
- Material: Stainless Steel
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Supplier: SPIROL
Description: the low insertion force and compression of the pin during and after installation. The pin's uniform radial spring force results in a controlled hinge movement that remains consistent throughout the life of the assembly. The Coiled Pin offers a wide range of benefits over
- Diameter / Size: 0.0638 to 0.1752 inch
- English or Metric: Metric
- Length: 0.2362 to 0.9449 inch
- Material: Stainless Steel
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Supplier: Zhejiang Lisheng Spring Co., Ltd.
Description: overlap wave spring overlap each other. This type of wave spring allows radial expansion or diameter increase within the cavity without the binding or hang-up typically associated with stamped wave washers. Overlapping types have overlapping ends so that the ends are free to
- Inner Diameter (ID): 0.6299 inch
- Material: Stainless Steel
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Supplier: Zhejiang Lisheng Spring Co., Ltd.
Description: overlap wave spring overlap each other. This type of wave spring allows radial expansion or diameter increase within the cavity without the binding or hang-up typically associated with stamped wave washers. Overlapping types have overlapping ends so that the ends are free to
- Inner Diameter (ID): 0.3543 inch
- Material: Stainless Steel
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Supplier: TFC Ltd.
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 within a
- Coil Shape / Spring Type: Other / Specialty
- Material: High Carbon Steel Wire
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Supplier: Accuris
Description: Method for Checking Radial Lip Seal Garter Springs
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Supplier: WEH Technologies Inc.
Description: Radial, rotating filling rig for gas cylinders up to 10 litres nominal volume The WEH® type TS200 / TS250 radial filling rigs are designed to simultaneously fill between 1 and 10 gas cylinders of sizes varying between 0.5 and 10 litres nominal volume. Ease of
- Automation: Manual
- Goods: Other
- Industry: Industrial / General Use
- Machine Type: Filling / Packer Machines
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Supplier: Trelleborg Sealing Solutions Americas
Description: Radial oil seals are designed for sealing shafts and spindles. Providing long-lasting sealing efficiency, they consist of a rubber sealing lip, metal case and a spiralled tensioning spring. Available with or without external dust lip, they are self-retained in an open groove to ISO
- Maximum Operating Pressure: 145 psi
- Maximum Operating Speed: 1969 ft/min
- Operating Temperature: -22 to 392 F
- Shaft O.D. or Seal I.D.: 0.1575 to 31.5 inch
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Supplier: Witte Pumps & Technology GmbH
Description: Radial shaft seals cover the drive shaft to the atmosphere outside of the pump. They are located permanently in the casing or casing cover. The sealing lip is on the surface of the rotating shaft and is normally pressed from a spring and the pressure radial on the shaft surface.
- Operating Pressure: 14.5 to 43.51 psi
- Operating Temperature: 482 F
- Seal Application: Pump
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Supplier: Trelleborg Sealing Solutions Americas
Description: Radial Oil Seals consist of a single lip bonded to a metal support with a garter spring. There are many different variations of the Radial Oil Seal, both with and without an integral dust excluding lip. These dust lips can be positioned either within the seal width or beyond the
- Maximum Operating Pressure: 145 psi
- Maximum Operating Speed: 5906 ft/min
- Operating Temperature: -40 to 392 F
- Shaft O.D. or Seal I.D.: 0.1575 to 70.87 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: 2.42 inch
- Outside Diameter: 3.12 inch
- Spring Washer Type: Wave Washer
- Thickness / Working Height: 0.0350 inch
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Supplier: KADANT
Description: avoid corrosion. The spring-lock assembly can be assembled without any tools. The pivot pins in the collars cannot loosen and fall out. The straps are contoured to guide the elbow into the open position for easier removal. The spring is located on the radial syphon pipe, to
- Category: Elbow
- English Size: 0.5000 to 0.7500 inch
- Material: Stainless Steel
- Size: English
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Supplier: TFC Ltd.
Description: Wavo Springs are produced from round-section wire to provide higher loads while maintaining the accurate loading found in wave springs. As an alternative to Belleville or Disc Springs, the Wavo provides similar loads but with an accurate, predictable spring rate and
- Coil Shape / Spring Type: Other / Specialty
- Material: High Carbon Steel Wire
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Supplier: TFC Ltd.
Description: concentricity between the wave spring and assembly. When these narrow section wave springs are compressed, radial expansion is taken up by the gap in the spring to eliminate binding. Material: Carbon steel and 17-7 PH/C stainless steel. Add suffix “-S17” for
- Coil Shape / Spring Type: Other / Specialty
- Material: High Carbon Steel Wire
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Supplier: Accuris
Description: SEAL, PLAIN AND SEAL, PLAIN, ENCASED FLUID, RADIAL, SINGLE AND MULTIPLE LIP SEALING MEMBER, SPRING LOADED
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Supplier: Accuris
Description: SEAL, PLAIN, AND SEAL, PLAIN ENCASED: FLUID, RADIAL, SINGLE AND MULTIPLE LIP SEALING MEMBER, SPRING-LOADED
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Supplier: Festo Corporation
Description: Secure gripping thanks to precise, polished plain-bearing guides Gripping force backup via compression springs holds the gripped workpiece securely in the event of pressure failure Compression spring also boosts the gripping force for applications involving heavier loads
- 180° Open: Yes
- Angular Stroke: 180 degrees
- Gripper Action: Double Action
- Gripper Style: Angular
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Supplier: Festo Corporation
Description: Secure gripping thanks to precise, polished plain-bearing guides Gripping force backup via compression springs holds the gripped workpiece securely in the event of pressure failure Compression spring also boosts the gripping force for applications involving heavier loads
- 180° Open: Yes
- Angular Stroke: 180 degrees
- Gripper Action: Double Action
- Gripper Style: Angular
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Supplier: Festo Corporation
Description: Secure gripping thanks to precise, polished plain-bearing guides Gripping force backup via compression springs holds the gripped workpiece securely in the event of pressure failure Compression spring also boosts the gripping force for applications involving heavier loads
- 180° Open: Yes
- Angular Stroke: 180 degrees
- Gripper Action: Double Action
- Gripper Style: Angular
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Supplier: Greene, Tweed & Co.
Description: The RSA (Rubber Spring Actuated) scraper provides superior contaminant exclusion in the most rugged service conditions. A compression-activate d device, the RSA scraper uses a low com-pression set rubber O-ring “spring” to maintain the constant radial compression that
- Construction: All Rubber or Polymer
- Sealing Element or Lip Material: EPDM, Fluoroelastomer (FKM - Viton®, Fluorel®, etc.), Nitrile (NBR - Buna-N), Polyurethane / Urethane
- Wiper or Scraper: Scraper
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Supplier: Greene, Tweed & Co.
Description: Greene, Tweed’s RSA Seal® (Rubber-Spring Actuated) offers low compression set, high tear resistance, modulus, abrasion resistance and long life in rugged operating conditions. The RSA seal with full heel bearing is a compact, pressure-compensatin g U-type seal made
- Seal Type: U-ring / Block Vee Ring
- Seal is Spring-energized: Yes
- Sealing Element or Lip Material: EPDM, Fluoroelastomer (FKM - Viton®, Fluorel®, etc.), Nitrile (NBR - Buna-N), Polyurethane / Urethane
- Sealing Orientation and Direction: Internal / Rod Seal
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Supplier: Greene, Tweed & Co.
Description: The RSA (Rubber Spring Actuated) scraper provides superior contaminant exclusion in the most rugged service conditions. A compression-activate d device, the RSA scraper uses a low com-pression set rubber O-ring œspring� to maintain the constant radial compression that results in
- Integral Wiper or Scraper Element: Yes
- Seal Construction: Metal Cased (Single), All Rubber or Polymer
- Seal is Spring-energized: Yes
- Sealing Orientation and Direction: Internal / Rod Seal
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Supplier: Advanced Antivibration Components - AAC
Description: MOUNTING PLATE: Mild Steel, Painted SPRING: High-Tensile Steel; Phosphated & Dyed Black ISOLATOR: Knitted Stainless Steel Mesh FOR LOADS OF: 66 to 1235 Pounds (30 to 560 kgf) TEMPERATURE RANGE: -94°F to +347°F (-70°C to +175°C) APPLICATIONS
- Application: Vibration Isolation
- Features: Anchoring Holes
- Height or Thickness (Before loading): 5.67 inch
- Machine Mount Type: Steel Spring Isolator
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Supplier: Advanced Antivibration Components - AAC
Description: MOUNTING PLATES: Mild Steel, Painted SPRINGS: High-Tensile Steel - Phosphated & Dyed Black ISOLATORS: Knitted Stainless Steel Mesh FOR LOADS OF: 860 to 2469 Pounds (390 to 1120 kgf) TEMPERATURE RANGE: -94°F to +347°F (-70°C to +175°C)
- Application: Vibration Isolation
- Features: Anchoring Holes
- Height or Thickness (Before loading): 3.94 inch
- Machine Mount Type: Steel Spring Isolator
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Supplier: Advanced Antivibration Components - AAC
Description: MOUNTING PLATES: Mild Steel, Painted SPRINGS: High-Tensile Steel; Phosphated & Dyed Black ISOLATORS: Knitted Stainless Steel Mesh FOR LOADS OF: 150 to 750 Pounds (68 to 340 kgf) TEMPERATURE RANGE: -94°F to +347°F (-70°C to +175°C)
- Application: Vibration Isolation
- Features: Anchoring Holes
- Height or Thickness (Before loading): 3 inch
- Machine Mount Type: Steel Spring Isolator
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Supplier: Advanced Antivibration Components - AAC
Description: BASE PLATE: Mild Steel SPRING: High-Tensile Steel - Phosphated & Dyed Black ISOLATOR: Knitted Stainless Steel Mesh END CAP: Cast Light Alloy TEMPERATURE RANGE: -94°F to +347°F (-70°C to +175°C) APPLICATIONS: • MEDIUM
- Application: Vibration Isolation
- Features: Anchoring Holes
- Height or Thickness (Before loading): 5.7 inch
- Machine Mount Type: Steel Spring Isolator
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Supplier: Daemar Inc.
Description: Ideal for low clearance applications where radial installation is preferred. Size Range: .125 in - 2.000 in
- Coating or Plating: Yes
- Material: Beryllium Copper, Spring Steel, Stainless Steel
- Maximum Thrust Load: 880 lbs
- Primary Retaining Ring Type: External
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Supplier: Daemar Inc.
Description: Ideal for low clearance applications where radial installation is preferred. Size Range: .125 in - 2.000 in
- Coating or Plating: Yes
- Material: Beryllium Copper, Spring Steel, Stainless Steel
- Maximum Thrust Load: 610 lbs
- Primary Retaining Ring Type: External
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Supplier: Daemar Inc.
Description: Ideal for low clearance applications where radial installation is preferred. Size Range: .125 in - 2.000 in
- Coating or Plating: Yes
- Material: Beryllium Copper, Spring Steel, Stainless Steel
- Maximum Thrust Load: 310 lbs
- Primary Retaining Ring Type: External
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Supplier: RS Components, Ltd.
Description: Made to DIN71802 with zinc passivated finish. Induction hardened balls are wear resistant. Security clips retain ball studs in sockets. Static pull values for radial and axial loads. Supplied with locknut Accessory Type = Ball & Socket Joint Rod Connection Thread = M8 Ball Diameter = 13mm
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Supplier: RS Components, Ltd.
Description: Made to DIN71802 with zinc passivated finish. Induction hardened balls are wear resistant. Security clips retain ball studs in sockets. Static pull values for radial and axial loads. Supplied with locknut Accessory Type = Ball & Socket Joint Rod Connection Thread = M5 Ball Diameter = 8mm
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Supplier: RS Components, Ltd.
Description: Made to DIN71802 with zinc passivated finish. Induction hardened balls are wear resistant. Security clips retain ball studs in sockets. Static pull values for radial and axial loads. Supplied with locknut Accessory Type = Ball & Socket Joint Rod Connection Thread = M6 Ball Diameter = 10mm
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Supplier: RS Components, Ltd.
Description: Made to DIN71802 with zinc passivated finish. Induction hardened balls are wear resistant. Security clips retain ball studs in sockets. Static pull values for radial and axial loads. Supplied with locknut Accessory Type = Ball & Socket Joint Rod Connection Thread = M10 Ball Diameter = 16mm
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Supplier: Daemar Inc.
Description: Perhaps the most popular and widely used radial retaining ring is the "E" (so named because it is shaped like the letter "E".) Three prongs make contact with the bottom of the groove and provide a shoulder for effective retention of assemblies. Size Range: .040 in - 1.375 in
- Coating or Plating: Yes
- Material: Beryllium Copper, Spring Steel, Stainless Steel
- Maximum Thrust Load: 40 lbs
- Primary Retaining Ring Type: External
Find Suppliers by Category Top
Featured Products Top
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wire featuring an overlap, gap or patented flat ends used in applications with limited radial or axial space, often replacing stamped wave washers when tighter load tolerances or improved spring rate accuracy are required. Common applications include bearing preload, connector interfaces (read more)
Browse Washers Datasheets for Rotor Clip Company, Inc. -
half the work height of coil springs for both axial and radial space savings. They also provide a consistent force over a wide range of deflections, transmitting those forces only in the intended axial direction while improving dimensional tolerances. Wave springs do not suffer from torsional (read more)
Browse Compression Springs Datasheets for Rotor Clip Company, Inc. -
-turn wave springs consist of a single turn with multiple waves, providing reliable compression in a compact axial space. They handle low to high thrust loads and are suited for narrow radial walls, low clearances, and assemblies with ball or roller bearings (read more)
Browse Washers Datasheets for Rotor Clip Company, Inc. -
PULL PINS Spring-loaded pins that allow you to quickly retract and engage the plunger for locating, fastening and quick change operations (read more)
Browse Industrial Pins Datasheets for Fairlane Products, Inc. -
. Compressed as it is installed, the pin applies continuous pressure towards the sides of the hole wall. The pressure provides tension in a radial manner to prevent loosening created by vibration or shock. SPIROL® Slotted Spring Pins manufactured to ISO 8752 (EN 28752 (read more)
Browse Spring Pins Datasheets for SPIROL -
ideal applications with low to high thrust loads depending on design and wire type. Designed for a range of bore and rod diameters, single-turn wave springs can act as alternative to disc springs and are particularly suited to fit narrow radial wall dimensions and low clearances or to (read more)
Browse Compression Springs Datasheets for Rotor Clip Company, Inc. -
Smalley Wave Springs reduce spring heights by up to 50%, while offering the same force and deflection as standard coil springs. Wave Springs fit in tight radial and axial spaces and reduce operating heights, allowing for smaller assemblies (read more)
Browse Compression Springs Datasheets for Smalley -
A wave spring is a flat-wire compression spring formed into a continuous wave pattern. Compared to traditional coil springs, it provides the same load and deflection performance while occupying substantially less axial height (read more)
Browse Compression Springs Datasheets for Zhejiang Lisheng Spring Co., Ltd. -
single-turn wave springs and stamped wave washers, all while occupying the same radial space as a single-turn design. This compact design requires less radial space than a disc spring, which can also deliver higher loads, while providing significantly greater travel compared to a single disc spring (read more)
Browse Retaining Rings and Snap Rings Datasheets for Rotor Clip Company, Inc. -
Space-Saving Design: Smaller radial and axial installation space than conventional coil springs (read more)
Browse Spring Washers Datasheets for Zhejiang Lisheng Spring Co., Ltd.
Conduct Research Top
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Design FAQ Preview - Miniature Wave Spring Configurations
The most common wave-spring configurations are single-turn and multiturn "Crest-to-Crest" springs. Single turn springs describe a single circle with a gap or slightly overlapped ends. When compressed by low to medium forces, single-turn wave springs compress axially and expand radially.
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Top 5 Reasons to Use a Crest-to-Crest (R) Wave Spring
Wave springs are superior to coil springs in certain applications because they operate at lower work heights while providing the same force. This article will explore the technical benefits of using a wave spring instead of a traditional coil spring. Wave springs are an alternative to a traditional
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Coiled Spring Pins Offer a Unique Balance of Strength and Flexibility
Easily recognized by its unique 2¼ coil cross section, Coiled Pins are retained by radial tension when installed into the host component, and they are the only pins with uniform strength and flexibility after insertion.
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Flexure bearings for limited movement assemblies
Although flexure bearings are recommended for radial loading applications, they can also be used for axial, moment or torsional loading applications. When used in radial load applications, the bearing orientation determines whether the springs are placed under tension or compression.
More Information Top
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https://uwspace.uwaterloo.ca/bitstream/handle/10012/5959/Zhu_Jian%20Jun.pdf?sequence=1
Figure 3-9: Radial spring tire-ground contact model ...........................................................................29 .
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Proceedings of the 9th IFToMM International Conference on Rotor Dynamics
The liner and casing are separated by at least three equally spaced radial springs .
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Chassis Handbook
The spring rates are added in parallel, however, which results in an increased radial spring rate.
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Design of an electrostatic rotary comb actuator
The degree of rotation depends on a single dimen- sionless parameter, including electric moment applied, central ring ra- dius, and radial spring constant.
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Roloff / Matek machine elements
Axial spring stay, radial spring stay, angular spring stay according to statements of the clutch manufacturers or TB 13-2 and TB 13-5 indication: Compliances above mentioned by the clutch manufacturers DK represent maximum values.
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Asymmetric loading of bonded rubber cylinders
The total radial spring constant is .
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Mechanical transmission in a Pacinian corpuscle. An analysis and a theory
In the absence ofthe radial springs connecting the lamellae, the deflexion wi of the membrane at any point will be .
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Stability analysis of rotating beams rubbing on an elastic circular
structure
In these cases and for the sake of simplicity (to handle modal mass and stiffness), the beams will be compared to radial spring -masses having two degrees of freedom (see Fig. 1b).
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A Review of Tire/Pavement Interaction Induced Noise and Vibration
Vertical (or radial ) spring rate is the most important and most studied of the tire spring rate characteristics.
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Design Practices: Passenger Car Automatic Transmissions
For the purpose of radial vibration analysis, the roller OWC system can be approximated by two annular rings connected through N radial springs .