Torsion Spring/Micro Torsion Spring Torsion Spring/Micro Torsion Spring Torsion Spring/Micro Torsion Spring
Torsion Spring/Micro Torsion Spring Torsion Spring/Micro Torsion Spring Torsion Spring/Micro Torsion Spring

Torsion Spring/Micro Torsion Spring

  A torsion spring is a type of spring that undergoes elastic deformation when subjected to a twisting force. Unlike conventional tension or compression springs, torsion springs operate by twisting; when a torque (moment) is applied, the spring undergoes an angular displacement.

  As a type of special spring, torsion springs play an important role in mechanical engineering. Their unique structure and working principle enable them to perform exceptionally well in many applications.

  If you plan to incorporate a torsion spring in your design, it is recommended to consult with a professional spring manufacturer to ensure you select the most suitable product. The load applied to a torsion spring is a torque or torsional force, causing the spring’s ends to rotate through an angle as the load is applied.


Characteristics of Torsion Springs

  1. High torsional force: Compared to other types of springs, torsion springs can provide greater force in the twisting direction.

  2. Compact structure: Torsion springs can be designed to be very compact, making them suitable for applications with limited space.

  3. Wide range of applications: Torsion springs have a very broad range of uses and can meet various requirements.

The design and manufacturing of torsion springs involve multiple disciplines, including materials science, mechanics, and manufacturing processes. When designing a torsion spring, the following factors need to be considered:

  • Torque: The maximum torque the spring needs to provide.

  • Angular deflection: The maximum allowable angular deflection during operation.

  • Service life: The fatigue life of the spring during use.

  • Operating environment: The operating temperature, humidity, corrosion, and other environmental factors.

  • Manufacturing process: Cold coiling, hot coiling, forging, etc.

 

 

Recommend

Double Torsion Springs/Torsion Springs/JS Metal
  A double torsion spring is a spring that combines two torsion springs into one assembly.Compared to a single torsion spring, a double torsion spring delivers superior performance in terms of torque output and stability.  The working principle of a double torsion spring is similar to that of a single torsion spring, as both generate elastic force through twisting. However, since it consists of two springs operating in parallel, the overall torque output is greater than that of a single spring.

Double Torsion Springs/Torsion Springs

Single Torsion Spring – Tube Clamp
Special-shaped fastener single torsion spring, the load of the torsion spring is the axial force, the load applied to the torsion spring is the torque or torsion force, and the end of the spring rotates through the angle when the load is applied.

Single Torsion Spring – Tube Clamp

Torsion Spring/ED Coating
Electrodeposition(ED) of Torsion SpringsElectrodeposition(ED) is a surface treatment technique in which a torsion spring is placed in an electrolytic solution. Through the process of electrolysis, a dense metallic coating—usually zinc or other metals—is formed on the surface of the spring. This coating not only effectively protects the spring but also enhances its performance.Torsion Spring - Electrodeposited Surface(ED)There are nearly ten color options available for electrodeposited torsion springs.A torsion spring is subjected to an axial load in the form of torque or torsional force. When a load is applied, the ends of the spring rotate through a certain angle.

Torsion Spring/ED Coating

Special Torsion Spring
  A custom-designed torsion spring used in applications where standard configurations are not suitable. It offers tailored torque output, arm geometry, and material options to meet specific mechanical or space constraints.

Special Torsion Spring