Ground Ends Compression Springs
from Smalley
Crest-to-Crest Wave Springs are pre-stacked in series, decreasing the spring rate proportionally to the number of turns. Uses are typically applications requiring low-medium spring rates and large deflections with low-medium forces. Among the major advantages, this design eliminates the need to keep... [See More]
- End Configuration: Ground ends; Closed (squared) ends
- Spring Pitch: Constant Pitch
- Coil Shape: Barrel
- Base Unit System: Metric Design
from RS Components, Ltd.
Steel comp spring,29.5Lx11.25mm dia [See More]
- End Configuration: Ground ends; Closed (squared) ends
- Wire diameter: 0.0492
- Outer Diameter: 0.4429
- Free length: 1.16
from RS Components, Ltd.
Steel comp spring,93.5Lx11.25mm dia [See More]
- End Configuration: Ground ends; Closed (squared) ends
- Wire diameter: 0.0492
- Outer Diameter: 0.4429
- Free length: 3.68
from RS Components, Ltd.
Steel comp spring,41.5Lx13.75mm dia [See More]
- End Configuration: Ground ends; Closed (squared) ends
- Wire diameter: 0.0492
- Outer Diameter: 0.5413
- Free length: 1.63
from RS Components, Ltd.
Steel comp spring,94Lx17.25mm dia [See More]
- End Configuration: Ground ends; Closed (squared) ends
- Wire diameter: 0.0492
- Outer Diameter: 0.6791
- Free length: 3.7
from RS Components, Ltd.
Steel comp spring,45Lx9.6mm dia [See More]
- End Configuration: Ground ends; Closed (squared) ends
- Wire diameter: 0.0630
- Outer Diameter: 0.3780
- Free length: 1.77
from RS Components, Ltd.
Steel comp spring,40.5Lx11.6mm dia [See More]
- End Configuration: Ground ends; Closed (squared) ends
- Wire diameter: 0.0630
- Outer Diameter: 0.4567
- Free length: 1.59
from RS Components, Ltd.
Steel comp spring,85Lx11.6mm dia [See More]
- End Configuration: Ground ends; Closed (squared) ends
- Wire diameter: 0.0630
- Outer Diameter: 0.4567
- Free length: 3.37
from RS Components, Ltd.
Steel comp spring,53.5Lx14.1mm dia [See More]
- End Configuration: Ground ends; Closed (squared) ends
- Wire diameter: 0.0630
- Outer Diameter: 0.5551
- Free length: 2.11
from RS Components, Ltd.
Steel comp spring,110Lx17.6mm dia [See More]
- End Configuration: Ground ends; Closed (squared) ends
- Wire diameter: 0.0630
- Outer Diameter: 0.6929
- Free length: 4.33
from RS Components, Ltd.
Steel comp spring,110Lx21.6mm dia [See More]
- End Configuration: Ground ends; Closed (squared) ends
- Wire diameter: 0.0630
- Outer Diameter: 0.8504
- Free length: 4.33
from RS Components, Ltd.
Steel comp spring,79.5Lx12mm dia [See More]
- End Configuration: Ground ends; Closed (squared) ends
- Wire diameter: 0.0787
- Outer Diameter: 0.4724
- Free length: 3.13
from RS Components, Ltd.
Steel comp spring,71Lx14.5mm dia [See More]
- End Configuration: Ground ends; Closed (squared) ends
- Wire diameter: 0.0787
- Outer Diameter: 0.5709
- Free length: 2.8
from RS Components, Ltd.
Steel comp spring,98Lx18mm dia [See More]
- End Configuration: Ground ends; Closed (squared) ends
- Wire diameter: 0.0787
- Outer Diameter: 0.7087
- Free length: 3.86
from RS Components, Ltd.
Steel comp spring,135Lx22mm dia [See More]
- End Configuration: Ground ends; Closed (squared) ends
- Wire diameter: 0.0787
- Outer Diameter: 0.8661
- Free length: 5.31
from RS Components, Ltd.
Steel comp spring,135Lx27mm dia [See More]
- End Configuration: Ground ends; Closed (squared) ends
- Wire diameter: 0.0787
- Outer Diameter: 1.06
- Free length: 5.31
from RS Components, Ltd.
Steel comp spring,56.8Lx11mm dia [See More]
- End Configuration: Ground ends; Closed (squared) ends
- Wire diameter: 0.0866
- Outer Diameter: 0.4331
- Free length: 2.24
from RS Components, Ltd.
Steel comp spring,48.9Lx15mm dia [See More]
- End Configuration: Ground ends; Closed (squared) ends
- Wire diameter: 0.0866
- Outer Diameter: 0.5906
- Free length: 1.93
from RS Components, Ltd.
Steel comp spring,34.5Lx6mm dia [See More]
- End Configuration: Ground ends; Closed (squared) ends
- Wire diameter: 0.0394
- Outer Diameter: 0.2362
- Free length: 1.36
from RS Components, Ltd.
Steel comp spring,30.5Lx7.3mm dia [See More]
- End Configuration: Ground ends; Closed (squared) ends
- Wire diameter: 0.0394
- Outer Diameter: 0.2874
- Free length: 1.2
from RS Components, Ltd.
Steel comp spring,28.5Lx9mm dia [See More]
- End Configuration: Ground ends; Closed (squared) ends
- Wire diameter: 0.0394
- Outer Diameter: 0.3543
- Free length: 1.12
from RS Components, Ltd.
Steel comp spring,59Lx9mm dia [See More]
- End Configuration: Ground ends; Closed (squared) ends
- Wire diameter: 0.0394
- Outer Diameter: 0.3543
- Free length: 2.32
from RS Components, Ltd.
Steel comp spring,26Lx11mm dia [See More]
- End Configuration: Ground ends; Closed (squared) ends
- Wire diameter: 0.0394
- Outer Diameter: 0.4331
- Free length: 1.02
from RS Components, Ltd.
Steel comp spring,56Lx11mm dia [See More]
- End Configuration: Ground ends; Closed (squared) ends
- Wire diameter: 0.0394
- Outer Diameter: 0.4331
- Free length: 2.2
from RS Components, Ltd.
Steel comp spring,55.5Lx13.5mm dia [See More]
- End Configuration: Ground ends; Closed (squared) ends
- Wire diameter: 0.0394
- Outer Diameter: 0.5315
- Free length: 2.19
from RS Components, Ltd.
Steel comp spring,35.5Lx7.55mm dia [See More]
- End Configuration: Ground ends; Closed (squared) ends
- Wire diameter: 0.0492
- Outer Diameter: 0.2972
- Free length: 1.4
from D.R. Templeman Company (The)
Straight Compression springs are cylindrical springs used for bearing a load or providing a force. [See More]
- End Configuration: Ground ends; Closed (squared) ends
- Base Unit System: English Design
- Coil Shape: Straight
- Outer Diameter: 0.0250
from ASRaymond
Heavy duty compression springs are ideally suited for applications where high loads are needed and limited space is available. SPEC heavy duty springs are designed to work in a hole or over a shaft. Material. Chrome Silicon per Associated Spring SV 9254 or Chrome Vanadium per SAE 6150 - rectangular... [See More]
- End Configuration: Ground ends; Closed (squared) ends
- Base Unit System: English Design
- Spring Pitch: Constant Pitch
- Free length: 1
from Peterson Spring - Technical Products Center
Compression springs are one of the most efficient energy storage devices available, helical compression springs are the most common spring configuration in the marketplace today. From automotive engines to major appliances, they are found in countless applications. Though, they are typically... [See More]
- End Configuration: Ground ends
- Spring Pitch: Constant Pitch; Variable pitch
- Coil Shape: Barrel; Conical; Hourglass; Straight
- Base Unit System: English Design; Metric Design
from Diamond Wire Spring Company
Helical compression springs are designed and used to resist applied compressive forces or to store energy in the push mode. Compression springs are the most common spring configuration and are found in many applications such as automotive, aerospace and consumer goods. [See More]
- End Configuration: Ground ends; Closed (squared) ends
- Spring Pitch: Constant Pitch
- Coil Shape: Straight
- Base Unit System: English Design
from Engineered Spring Products, Inc.,an MW Industries Company
Engineered Spring Products ® (ESP) is an ISO-9001 certified solutions provider for problems involving compression springs, torsion springs, extension and garter springs, as well as Belleville washers/disc springs. We design and manufacture a wide variety of snap rings and flat form products such... [See More]
- End Configuration: Ground ends; Closed (squared) ends
- Outer Diameter: 1.62 to ?
- Coil Shape: Straight
- Material: Nickey Alloy
from Cablecraft Motion Controls
Compression spring for brake cables [See More]
- End Configuration: Ground ends
- Spring Pitch: Constant Pitch
- Coil Shape: Straight
- Base Unit System: English Design
from W.B. Jones Spring Company
Wide variety of compression springs to meet a diverse range of application needs. In our stock compression springs section, you can search our inventory to find the length, diameter, rate, material, and load strength you require. [See More]
- End Configuration: Ground ends; Closed (squared) ends
- Outer Diameter: 1
- Base Unit System: English Design
- Inner Diameter: 0.7500
from Murphy & Read Spring Manufacturing Co.
Compression springs apply a force by compressing or pushing on them. Typically they are cylindrical helical springs made out round wire. However they can be made conical, oval, barrel or virtually any other shape. The wire can also be round, square or rectangular. Our stock springs range in size... [See More]
- End Configuration: Ground ends
- Base Unit System: English Design
- Coil Shape: Straight
- Outer Diameter: 0.0570
from Fennell Spring Company
Compression Springs. Custom, precision, stress-relieved, high tolerance … what you can expect from Fennell Spring. Available in a variety of sizes and constant cylindrical diameters, as well as conical, concave, convex or any combination of these shapes based on your application. Fennell... [See More]
- End Configuration: Ground ends; Closed (squared) ends
- Base Unit System: English Design
- Coil Shape: Barrel; Conical; ConCave, Convex, Cylindrical
- Wire diameter: 0.0050 to 0.3175
from Century Spring Corp.
Century Spring warehouses the largest inventory of high-grade, straight, cylindrically-shaped compression springs in the world. A compression spring is an open-coil helical spring that offers resistance to a compressive force applied axially. They are usually coiled at a constant diameter, though... [See More]
- End Configuration: Ground ends; Closed (squared) ends
- Spring Pitch: Constant Pitch
- Coil Shape: Straight
- Base Unit System: English Design; Metric Design
from Mohawk Spring Corporation, an MW Industries Company
Mohawk Spring has been manufacturing high-quality, precision compression springs, extension springs, torsion springs, garter springs, and wire forms since its inception in 1960. They are integral components to a range of products including jet aircraft, missiles, space vehicles, computer technology... [See More]
- End Configuration: Ground ends; Closed (squared) ends
- Base Unit System: English Design
- Coil Shape: Barrel; Conical; Cross-section Compression; Straight; Auger Springs
- Material: Stainless Steel; High Carbon Steel; Alloy Steel (Music Wire); Nickey Alloy; Copper Base Alloy
from D.R. Templeman Company (The)
Conical (Tapered) Compression Spring produced in accordance with the listed specifications. [See More]
- End Configuration: Ground ends; Closed (squared) ends
- Base Unit System: English Design
- Coil Shape: Conical
- Outer Diameter: 0.0890
from ASRaymond
High Performance Compression Springs. Material: chromium alloy steel. Outside diameter: from .066" (1.68mm) to 0.543" (13.8mm). Load: from 0.35lb (1.57N) to 24.7lbs (110N). Free length: .126" (3.2mm) to 12.6" (320mm). [See More]
- End Configuration: Ground ends; Closed (squared) ends
- Base Unit System: English Design
- Spring Pitch: Constant Pitch
- Outer Diameter: 0.1220
from Peterson Spring - Technical Products Center
Extra Heavy Duty. (Solid Yellow). Efficient Operating Range is 15% to 25% deflection of free length.Maximum deflection is 25%; Long Life deflection is 20%; Optimum Life deflection is 15%. Deflection beyond this Efficient Operating Range could result in premature spring failure. Travel to Solid is a... [See More]
- End Configuration: Ground ends
- Spring Pitch: Constant Pitch
- Coil Shape: Straight (Die Spring)
- Base Unit System: English Design
from Diamond Wire Spring Company
A full line of chrome alloy, rectangular wire die springs made in our Tyler, Texas, facility is available from stock in four load specifications. [See More]
- End Configuration: Ground ends; Closed (squared) ends
- Spring Pitch: Constant Pitch
- Coil Shape: Straight
- Base Unit System: English Design
from Murphy & Read Spring Manufacturing Co.
Murphy & Read has been designing and producing custom compression springs for nearly a century and has built a wealth of experience and expertise in both design and manufacturing. We have provided thousands of solutions for applications ranging from simple household hardware to ultra-precision... [See More]
- End Configuration: Ground ends; Closed (squared) ends
- Spring Pitch: Constant Pitch; Variable pitch
- Coil Shape: Barrel; Conical; Hourglass; Straight (Die Spring)
- Base Unit System: English Design; Metric Design
from Century Spring Corp.
Century Spring warehouses the largest inventory of high-grade, straight, cylindrically-shaped compression springs in the world. A compression spring is an open-coil helical spring that offers resistance to a compressive force applied axially. They are usually coiled at a constant diameter, though... [See More]
- End Configuration: Ground ends; Closed (squared) ends
- Spring Pitch: Constant Pitch
- Coil Shape: Straight
- Base Unit System: English Design; Metric Design
from ASRaymond
Compression Springs. Material: music wire or stainless steel. Outside diameter: from .047" (1.20mm) to 1.937" (49.2mm). Load: from 0.19lb (0.85N) to 353lbs (1569N). Free length: .120" (3.05mm) to 6.0" (152.4mm). Lengths up to 12.0" (305mm) are available in the Heavy Duty and Continuous Length Spring... [See More]
- End Configuration: Ground ends; Closed (squared) ends
- Base Unit System: English Design
- Spring Pitch: Constant Pitch
- Outer Diameter: 0.1200
from Peterson Spring - Technical Products Center
Heavy Duty. (Solid Red). Efficient Operating Range is 15% to 30% deflection of free length.Maximum deflection is 30%; Long Life deflection is 20%; Optimum Life deflection is 15%. Deflection beyond this Efficient Operating Range could result in premature spring failure. Travel to Solid is a reference... [See More]
- End Configuration: Ground ends
- Spring Pitch: Constant Pitch
- Coil Shape: Straight (Die Spring)
- Base Unit System: English Design
from Peterson Spring - Technical Products Center
Light Duty. (Solid Green). Efficient Operating Range is 25% to 50% deflection of free length.Maximum deflection is 50%; Long Life deflection is 40%; Optimum Life deflection is 25%. Deflection beyond this Efficient Operating Range could result in premature spring failure. Travel to Solid is a... [See More]
- End Configuration: Ground ends
- Spring Pitch: Constant Pitch
- Coil Shape: Straight (Die Spring)
- Base Unit System: English Design
from Peterson Spring - Technical Products Center
Medium Duty. (Solid Blue). Efficient Operating Range is 20% to 37% deflection of free length.Maximum deflection is 37%; Long Life deflection is 25%; Optimum Life deflection is 20%. Deflection beyond this Efficient Operating Range could result in premature spring failure. Travel to Solid is a... [See More]
- End Configuration: Ground ends
- Spring Pitch: Constant Pitch
- Coil Shape: Straight (Die Spring)
- Base Unit System: English Design
from Peterson Spring - Technical Products Center
Extra Heavy Duty. (Solid Yellow). Efficient Operating Range is 15% to 25% deflection of free length.Maximum deflection is 25%; Long Life deflection is 20%; Optimum Life deflection is 15%. Deflection beyond this Efficient Operating Range could result in premature spring failure. Travel to Solid is a... [See More]
- End Configuration: Ground ends
- Spring Pitch: Constant Pitch
- Coil Shape: Straight (Die Spring)
- Base Unit System: Metric Design
from Peterson Spring - Technical Products Center
Heavy Duty. (Solid Red). Efficient Operating Range is 15% to 30% deflection of free length.Maximum deflection is 30%; Long Life deflection is 20%; Optimum Life deflection is 15%. Deflection beyond this Efficient Operating Range could result in premature spring failure. Travel to Solid is a reference... [See More]
- End Configuration: Ground ends
- Spring Pitch: Constant Pitch
- Coil Shape: Straight (Die Spring)
- Base Unit System: Metric Design
from Peterson Spring - Technical Products Center
Light Duty. (Solid Green). Efficient Operating Range is 25% to 50% deflection of free length.Maximum deflection is 50%; Long Life deflection is 40%; Optimum Life deflection is 25%. Deflection beyond this Efficient Operating Range could result in premature spring failure. Travel to Solid is a... [See More]
- End Configuration: Ground ends
- Spring Pitch: Constant Pitch
- Coil Shape: Straight (Die Spring)
- Base Unit System: Metric Design
from Peterson Spring - Technical Products Center
Medium Duty. (Solid Blue). Efficient Operating Range is 20% to 37% deflection of free length.Maximum deflection is 37%; Long Life deflection is 25%; Optimum Life deflection is 20%. Deflection beyond this Efficient Operating Range could result in premature spring failure. Travel to Solid is a... [See More]
- End Configuration: Ground ends
- Spring Pitch: Constant Pitch
- Coil Shape: Straight (Die Spring)
- Base Unit System: Metric Design
from Peterson Spring - Technical Products Center
Extra Heavy Duty. (White with Green Stripe). Efficient Operating Range is 15% to 25% deflection of free length.Maximum deflection is 25%; Long Life deflection is 20%; Optimum Life deflection is 15%. Deflection beyond this Efficient Operating Range could result in premature spring failure. Travel to... [See More]
- End Configuration: Ground ends
- Spring Pitch: Constant Pitch
- Coil Shape: Straight (Die Spring)
- Base Unit System: English Design
from Peterson Spring - Technical Products Center
Heavy Duty. (White with Yellow Stripe). Efficient Operating Range is 15% to 30% deflection of free length.Maximum deflection is 30%; Long Life deflection is 20%; Optimum Life deflection is 15%. Deflection beyond this Efficient Operating Range could result in premature spring failure. Travel to Solid... [See More]
- End Configuration: Ground ends
- Spring Pitch: Constant Pitch
- Coil Shape: Straight (Die Spring)
- Base Unit System: English Design
from Peterson Spring - Technical Products Center
Medium Duty. (White with Blue Stripe). Efficient Operating Range is 25% to 50% deflection of free length.Maximum deflection is 50%; Long Life deflection is 40%; Optimum Life deflection is 25%. Deflection beyond this Efficient Operating Range could result in premature spring failure. Travel to Solid... [See More]
- End Configuration: Ground ends
- Spring Pitch: Constant Pitch
- Coil Shape: Straight (Die Spring)
- Base Unit System: English Design
from Peterson Spring - Technical Products Center
Medium Heavy Duty. (White with Red Stripe). Efficient Operating Range is 20% to 37% deflection of free length.Maximum deflection is 37%; Long Life deflection is 25%; Optimum Life deflection is 20%. Deflection beyond this Efficient Operating Range could result in premature spring failure. Travel to... [See More]
- End Configuration: Ground ends
- Spring Pitch: Constant Pitch
- Coil Shape: Straight (Die Spring)
- Base Unit System: English Design