Wire torsion spring

ByHSPR

Wire torsion spring:

  1. Material: spring steel, stainless steel;
  2. Surface: electrophoresis, stainless steel, nickel plating, electroplating, galvanized, spraying, blackening, etc.
  3. Wire diameter: 2 mm;
  4. Packing: 4pc/ bag.
wire torsion spring
is_customizedYesModel Numbertorsion spring
UsageFURNITUREStyleCOIL
DIY SuppliesMetalworkingMaterialSTEEL
OriginMainland ChinaCertificationpassed IATF16949, ISO9001

Wire torsion spring is a commonly used mechanical spring, its structure is cylindrical, made of steel wire and other metal materials. It achieves its elastic ability by torsional deformation of the material.

  • Steel wire torsion springs are generally made of spring steel, which has high mechanical strength and good flexibility, and is a very good memory metal.
  • Shape and size: Torsion springs come in a variety of shapes and sizes and can be customized according to your needs.
custom wire torsion spring
custom wire torsion springs
wire torsion spring manufacturer
wire torsion springs

Product feature:

  • High mechanical strength: The torsion spring is generally made of spring steel, which has high mechanical strength and good flexibility, and can withstand large torque and rotating force.
  • Memory metal characteristics: spring steel is a memory metal, and the torsion spring can quickly return to its original shape after being subjected to external force, and it is not easy to have permanent deformation.
  • Multi-parameter design: The design of a torsion spring involves several parameters, including the spring wire diameter (d), the maximum diameter of the mandrel (Dd), the inner diameter (Di), the outer diameter (De), the natural length (L0), the support length (LS), the maximum torsion Angle (An), the maximum load (Fn), the maximum torque (Mn) and the spring stiffness (R), etc. These parameters together determine the performance and service life of the spring.

135 degree torsion spring working principle:

  • 1. When a certain force is applied to the torsion spring, the metal material inside will be deformed by the action of torsion, forming an elastic force.
  • 2. When the torsion spring is stressed, each section of it is reversed at a certain Angle, so that its internal points will change in length, thus forming an elastic effect.
  • 3. Different diameters, different materials, different winding angles of the torsion spring, its elastic coefficient will be different.

Wire torsion springs are widely used in various fields, including but not limited to:

  • Automatic closing of doors and Windows: using the elastic action of torsion spring to achieve automatic closing of doors and Windows.
  • Electronic, mechanical industry: In electronic equipment, mechanical equipment, torsion springs are often used to provide stable support and reset functions.
  • Automotive industry: In automotive manufacturing, torsion springs are used in a variety of components that need to be reset or provide stable support.
  • Precision instruments: In precision instruments, the accuracy and stability of torsion springs are fully utilized.

Wire torsion spring are generally made of high-strength and high-toughness materials, which have good mechanical properties and corrosion resistance, and can meet the requirements of Wire torsion spring in various harsh environments.

Performance parameters:

  • 1. Spring stiffness: angular return torque generated per unit of angular displacement, which is an important indicator to measure the performance of heavy-duty torsion spring.
  • 2. Maximum deformation: The maximum deformation that the spring can withstand before it is damaged.
  • 3. Rotation: right-handed, left-handed or double-handed, designed according to application requirements.
  • 4. Size: including inner diameter, outer diameter, wire diameter, total number of coils, etc. These size parameters determine the carrying capacity and working range of the heavy torsion spring.

Use note requirements:

  • When selecting and using heavy-duty torsion springs, it is necessary to determine the appropriate performance parameters and size specifications according to the specific application scenarios and needs.
  • Attention should be paid to the rotation and installation direction of the spring to avoid equipment failure or damage due to wrong direction.
  • Regularly check and maintain the status of heavy-duty torsion springs to ensure that they are in good working condition and extend their service life.

As an important mechanical component, wire torsion spring plays an irreplaceable role in various fields. Understanding the properties of torsion springs can help to better choose and use torsion springs.

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