Compression springs are spring types designed to control mechanical forces, store energy and dampen vibrations. Compression springs, which store energy when compressed and recover this energy, are indispensable in industrial and commercial applications thanks to their high durability and precision performance.
Compression springs are used in many sectors where mechanical durability and flexibility are required:
Automotive Sector:
Suspension systems, engine valve mechanisms, brake and transmission systems.
Defense Industry:
Vibration damping and force balancing in military equipment.
Agriculture, Agricultural and Construction Machinery:
Mechanical movements and cushioning systems of agricultural and agricultural equipment and construction machines.
Furniture:
Folding bed, sofa and seat mechanisms.
Electrical and Electronics:
Energy storage and connection parts of electronic devices.
Medical Equipment:
In applications requiring precision in medical devices.
Household Appliances:
In washing machines, refrigerator door mechanisms and similar products.
Compression springs are developed for applications that require durability and precision. The technical features of the products are as follows:
Load Capacity:
It has a high energy storage capacity when compressed.
Durability:
It is resistant to deformation during continuous loading and unloading cycles.
Material Types:
High carbon steel: High strength and economical.
Steel for stainless springs: Corrosion resistant, long-lasting.
Steel for special alloy springs: Suitable for high temperatures or chemical environments.
Flexible Design:
Production in different diameters, wire thicknesses, and lengths.
Performance Range:
Effective operation in a wide temperature range from -150°C to +350°C.
We have everything you need to create custom springs that provide optimal performance, from material type to diameter and end types. If you don’t find exactly what you need in our stock springs, choose our custom manufacturing services and get the perfect solution for your unique situation.
We specialize in custom compression springs to meet every parameter required by our customers. We understand that finding the perfect compression spring can be an overwhelming task, but we are here to help. Click below for your free quote.
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Anamas Spring applies comprehensive testing processes to guarantee the performance and reliability of the compression springs it manufactures:
Material Tests:
Steel composition analysis, mechanical strength, and corrosion resistance.
Dimensional Tests:
Measurements of diameter, length, and wire thickness are verified with precise instruments.
Performance Tests:
Compression capacity and flexibility tests of the spring.
Fatigue Tests:
Analysis of deformation and durability during extended use.
Compression springs can be customized according to different application requirements:
Size and Load Capacity:
Can be adapted from small-scale devices to large industrial applications.
Coating Options:
Phosphating, cathodic electrocoating, oxidation, Geomet, static powder coating.
Additional Processes:
Tempering, manufacturing with precise tolerances to enhance strength, shot peening.
Design Features:
Tapered, cylindrical, or double-tapered designs.
Anamas Spring applies comprehensive testing processes to guarantee the performance and reliability of the compression springs it manufactures:
Precision:
Optimized measurements and designs for each application.
Long-lasting Use:
High durability and resistance to deformation.
Environmental Compatibility:
Effective operation across a wide temperature range and under challenging conditions.
