Stainless steel spring wires are affordable, all-purpose wires with good to excellent corrosion resistance and magnetic characteristics, and high tensile strength. For applications requiring corrosion resistance or higher temperatures, stainless steel springs are a fantastic option. Read More…
R & L Spring CompanyLake Geneva, WI | 262-249-7854
R&L Spring Company manufactures custom spring and wire formed components for industries such as powersports, automotive, medical devices, and general industrial. Products include compression, extension, and torsion springs, as well as rings, wire forms, fourslide components, and long coils. Wire diameters available from .001" to .750" in both shaped wires and flat stocks. Their experienced team is able to meet the most demanding parts specifications. IATF16949 and ISO9001 certified.$$$
All-Rite Spring CompanySpring Grove, IL | 815-675-1350
All-Rite Spring Company specializes in quick-turn design, prototype, and manufacture of springs and wires of all shapes, sizes, and material types. Typical applications are: Automotive, Agricultural, Consumer Appliance, Industrial, Safety Critical, and other High Functional Value and/or Life Cycle.$$$
Apex Spring & Stamping CorporationGrand Rapids, MI | 616-591-9524
Apex Spring & Stamping is a certified minority owned company that manufacturers springs, stampings, wire forms, clips, and fasteners. Our core industries include automotive, office furniture, medical, recreational, consumer goods, and appliances. We also specialize in value added assembly and prototyping. Our engineering team will ensure your part is both functional and cost-effective. IATF 16949 Certified.$$$
Coiling Technologies, Inc.Houston, TX | 713-849-4000
Coiling Technologies, Inc. has the experience and expertise to design and engineer the custom springs to meet your specific requirements. We are a leading manufacturer of high-tech, specialized springs and we are committed to providing quality products with fast lead times. Our automated process allows us to produce the reliable springs you need.$$$
Sterling Spring LLCChicago, IL | 800-969-7884
At Sterling Springs LLC, we specialize in manufacturing a wide variety of high-quality springs for various industries and applications. Our product line includes compression springs, coil springs, torsion springs, extension springs, and industrial springs. We take pride in our capabilities to produce springs in a wide range of sizes and shapes, from tiny springs for delicate medical devices to large springs used in industrial machinery.$$$
MW ComponentsCharlotte, NC | 800-525-9067
At MW Components, we specialize in the manufacturing and distribution of high-quality springs for a variety of industries. With years of experience in the field, we have become a trusted name in the market for our commitment to excellence and dedication to providing our customers with the best possible products. Our range of springs includes compression springs, extension springs, torsion springs, and more, all of which are designed to meet the specific needs of our clients.$$$
Diamond Wire Spring CompanyGlenshaw, PA | 412-684-1201
Diamond Wire Spring Company is a designer and manufacturer of precision springs. We have over 75 years of experience in stock and custom springs. Our founding principles of providing quality products and strong, personalized customer service help us earn the trust of our customers. We have more than 11,000 different springs available. We serve many industries including power and energy, agriculture and rail, and many others. Call us today!$$$
Pa-Ted Spring Co., LLCBristol, CT | 860-582-6368
Our springs are made of a variety of materials and can be used in many different applications. Pa-Ted manufactures custom designed springs for the automotive, electrical, medical, landscaping, pool covers, and original equipment manufacturers industries, and uses materials such steel, beryllium copper, music wire, brass, titanium, tungsten wire, oil tempered wire, and resistance wire. Call us for wire forms today!$$$
How Stainless Steel Springs are Made
Mechanical spring equipment receives the spring wire first. Then, to restore the wire to its default straight path, this semi-automatic machine straightens it out of the coil it was originally in. The spring wire is then formed, coiled, or bent into the desired shape by the machine. More information on these procedures is provided below:
Coiling: A spring coiler or computer numerical control (CNC) spring coiler equipment is used for coiling. The machine's operator feeds the wire into a set of rollers, which pull the spring wire in the direction of a set of guides after setting up the machine for the particular type of coil being created. The wire is ultimately guided to a coiling point, or series of coiling points, where it is coiled backward to create a spring. Compression, extension, and torsion springs are created using this mechanism.
Forming: A spring former or a CNC spring former is used for this. Six to eight tooling slides are on the front of this kind of machine, allowing it to accomplish a variety of bends, hoops, and radii in addition to spring coils. This procedure can thus produce a variety of spring forms. Extension springs, torsion springs, wire forms, and occasionally compression springs are all made using spring formers.
Bending: A CNC wire bender, a mechanical wire-bending device controlled by a computer, is used for wire bending. The wire is fed through the machine's rollers, which drag it to wire guides and push it to a movable tooling head that is computer-controlled. There are many bends and shapes that the tooling head may make. Creating wire forms is the main use of the wire bender.
Once a spring is created, it must undergo a stress-relieving procedure to keep its memory. When under stress, the spring can recover because of this memory. Manufacturers must heat treat produced springs to achieve this. The spring must be heat treated by the spring manufacturer at a certain temperature for a predetermined time. Different temperature and time settings apply depending on the kind and quantity of wire used. The spring might undergo additional heat-treating procedures, including quenching or cooling, before undergoing another round.
Again, the specific procedure is based on the kind of material and production method used. A conveyor belt oven is used with heat treatment in most contemporary spring production procedures. A spring removed from a spring machine slides onto a conveyor belt, which transports it to the mouth of an oven. The spring then goes around the oven's conveyor belt at a speed that enables it to remain there for the required time. Finally, the spring is transferred to a receiving box to cool after removing it from the oven.
Compression and coil springs may be ground if the design specifies it. The spring's ends are flattened during the grinding process so they can be positioned vertically and stand up straight without swaying. A spring grinder is used for spring grinding. This machine uses two horizontal grinding wheels, separated from one another so that the spring's length can pass between them.
The spring is held and carefully moved between the two grinding wheels by a different component called the spring dish. The spring's ends are ground down as the plate travels by touching the grinding wheels, resulting in end surfaces parallel to the spring's sides. The spring dish then discharges the spring into a receiving box.
A coating, plating, or finishing procedure frequently gives springs a final polish. Then, the spring's surface goes through additional finishing operations to prevent erosion, give the spring new qualities, or enhance the spring's overall beauty.
Types of Stainless Steel Springs
Extension Springs: A type of coiled spring with touching coils is known as an extension spring. These coils separate as force is used to stretch the spring, yet the spring provides a return force in opposition to the force stretching the spring. Although a wire-forming machine may also be used to create extension springs, especially if it has a loop-end design, this is less common. Extension springs can also have the end ground down as an alternative.
Compression Springs: Compared to extension springs, which have coils in contact when at rest, compression springs have coils that are apart when at rest and press together when pressure is applied. These kinds of springs resist an applied force by pushing back. A spring coiling machine is primarily used in the compression spring production process, though spring forming may also be utilized occasionally.
Torsion Springs: A torsion spring has two ends that extend from a coil and is a special type of spring. The coil twists into a tighter spiral and pulls back against the applied force when force is applied to the ends. The springs found in utility trailers and vehicle doors are typical examples. Torsion spring production typically uses coiling or shaping machinery like extension springs.
Choosing the Correct Stainless Steel Springs Company
To make sure you have the most beneficial outcome when purchasing stainless steel springs from a stainless steel spring manufacturer, it is important to compare at least 5 companies using our stainless steel spring directory. Each stainless steel spring manufacturer has a business profile page that highlights their areas of experience and capabilities and a contact form to directly communicate with the manufacturer for more information or request a quote. Review each stainless steel spring company website using our patented website previewer to get an idea of what each company specializes in, and then use our simple RFQ form to contact multiple stainless steel spring companies with the same form.