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 devices, play and compensate for dimensional variations within assemblies.
Square wire wave springs or multi-wave compression springs offer deflections beyond round wire springs and occupy less axial space.
Lispring wave springs (Flat Wire Compression Springs) offer the unique advantage of space savings when used to replace coil springs.
The square wire wave spring bears enormous loads in a small space. Compared with other types of springs, the deformation energy per unit volume of the square wire wave spring is larger. It has good buffering and shock-absorbing ability, especially when the superimposed combination is used, due to the effect of surface frictional resistance, the effect of absorbing shock and dissipating energy is more significant.
The square wire wave spring has variable stiffness characteristics. By changing the ratio of the height of the inner truncated cone to the thickness of the disc, different spring characteristic curves can be obtained, which can be linear, increasing, decreasing, or a combination of them. In addition, variable stiffness characteristics can also be obtained by combining discs with different thicknesses or stacking discs with different numbers of sheets.
The square wire wave spring can obtain different bearing capacities and characteristic curves by changing the number of discs or the combination of discs. Therefore, discs of each size can be adapted to a wide range of uses, which makes the preparation and management of spare parts. are easier.
In combination springs are subject to very high loads, and the size of each disc is not large, which facilitates manufacturing and heat treatment. When some discs are damaged, they only need to be replaced individually, thus facilitating maintenance and repair. A properly designed and manufactured square wire wave spring has a long service life. Since the square wire wave spring is annular, the force is concentrated in a concentric manner.
631 stainless steel square wire wave spring is a semi-austenitic precipitation hardening stainless steel, which is widely used in mechanical and medical fields. It has strong corrosion resistance and toughness and has high fatigue resistance. Especially for high-temperature resistance, the 631 stainless steel square wire wave spring is different from other stainless steels and can be used between -40C°~380C°. In many cases, it is used as heat-resistant spring steel. Lisheng Spring is an experienced stainless steel square wire wave spring wholesaler, if you are interested in our products, please contact us.
Features of square wire wave spring
Square wire wave springs are defined by the following features:
Square wire design: They have a square-shaped cross-section, which gives them a higher rate and load-bearing capacity compared to round wire wave springs.
Wave shape: The wire is coiled into a wave-like shape, which provides a spring effect and compressive force.
Space-saving: Square wire wave springs are highly compact and require less space compared to traditional coil springs.
Lightweight: The square wire design and wave shape make these springs lightweight and easy to handle.
High force density: Square wire wave springs provide high force density and can withstand high loads in a small space.
Reduced axial height: Square wire wave springs have a reduced axial height compared to traditional coil springs, making them suitable for applications with limited space.
Durable: Square wire wave springs are made of high-strength material and have high corrosion resistance, making them durable and long-lasting.
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 devices, play and compensate for dimensional variations within assemblies.
- Square wire wave springs or multi-wave compression springs offer deflections beyond round wire springs and occupy less axial space.
- Lispring wave springs (Flat Wire Compression Springs) offer the unique advantage of space savings when used to replace coil springs.
The square wire wave spring bears enormous loads in a small space. Compared with other types of springs, the deformation energy per unit volume of the square wire wave spring is larger. It has good buffering and shock-absorbing ability, especially when the superimposed combination is used, due to the effect of surface frictional resistance, the effect of absorbing shock and dissipating energy is more significant.
The square wire wave spring has variable stiffness characteristics. By changing the ratio of the height of the inner truncated cone to the thickness of the disc, different spring characteristic curves can be obtained, which can be linear, increasing, decreasing, or a combination of them. In addition, variable stiffness characteristics can also be obtained by combining discs with different thicknesses or stacking discs with different numbers of sheets.
The square wire wave spring can obtain different bearing capacities and characteristic curves by changing the number of discs or the combination of discs. Therefore, discs of each size can be adapted to a wide range of uses, which makes the preparation and management of spare parts. are easier.
In combination springs are subject to very high loads, and the size of each disc is not large, which facilitates manufacturing and heat treatment. When some discs are damaged, they only need to be replaced individually, thus facilitating maintenance and repair. A properly designed and manufactured square wire wave spring has a long service life. Since the square wire wave spring is annular, the force is concentrated in a concentric manner.
631 stainless steel square wire wave spring is a semi-austenitic precipitation hardening stainless steel, which is widely used in mechanical and medical fields. It has strong corrosion resistance and toughness and has high fatigue resistance. Especially for high-temperature resistance, the 631 stainless steel square wire wave spring is different from other stainless steels and can be used between -40C°~380C°. In many cases, it is used as heat-resistant spring steel. Lisheng Spring is an experienced stainless steel square wire wave spring wholesaler, if you are interested in our products, please contact us.
Features of square wire wave spring
Square wire wave springs are defined by the following features:
- Square wire design: They have a square-shaped cross-section, which gives them a higher rate and load-bearing capacity compared to round wire wave springs.
- Wave shape: The wire is coiled into a wave-like shape, which provides a spring effect and compressive force.
- Space-saving: Square wire wave springs are highly compact and require less space compared to traditional coil springs.
- Lightweight: The square wire design and wave shape make these springs lightweight and easy to handle.
- High force density: Square wire wave springs provide high force density and can withstand high loads in a small space.
- Reduced axial height: Square wire wave springs have a reduced axial height compared to traditional coil springs, making them suitable for applications with limited space.
- Durable: Square wire wave springs are made of high-strength material and have high corrosion resistance, making them durable and long-lasting.
