Torsion Springs

A single torsion spring is a type of torsion spring with only one active leg. It generates torque when subjected to force and is used to store or release rotational energy. This type of spring is commonly applied in space-limited mechanisms that still require angular return force, such as hinges, levers, clamps, latches, and compact mechanical devices.Features:Simple structure, ideal for unidirectional rotational applicationsCustomizable in leg length, angle, and torque based on application requirementsCompatible with surface treatments (e.g., zinc plating, nickel plating) to enhance corrosion resistance

  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.

  A torsion spring is a type of spring that generates a restoring torque when subjected to a twisting force (torque).Unlike extension springs or compression springs, torsion springs store and release energy through twisting. The surface of a torsion spring can be treated with yellow chromate zinc plating, also known as yellow zinc plating, which is one type of zinc coating.  A torsion spring, also called a torsional spring, is designed to withstand axial loads where the applied load is a torque or rotational force. The ends of the spring rotate by an angle when a load is applied.

  A torsion spring is a type of spring that undergoes elastic deformation under the action of a twisting force. Unlike typical extension or compression springs, the load applied to a torsion spring is torsional; that is, when a torque is applied, the spring undergoes an angular displacement.  The load on a torsion spring is an axial force, specifically a torque or twisting moment applied to the spring. The ends of the spring rotate through an angle as the load is applied.

Single Torsion Spring – Baked-PaintA single torsion spring features one active arm and generates torque when force is applied. It is designed to store and release rotational energy. The surface of the spring is treated with powder coating, which significantly enhances corrosion resistance, wear durability, and overall visual appearance. This makes it ideal for use in machinery, furniture, hardware components, and other applications where both durability and aesthetics are important.Key Features:Customizable torque, dimensions, and leg angle based on specific application requirements.Powder-coated surface provides excellent protection against corrosion and abrasion.Available in a wide range of colors (e.g., blue, red, green, purple, yellow), with customizable shades to meet diverse aesthetic preferences.

  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-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.

  Torsion springs used in clips, clothespins, or binder clips have a wide range of applications. They provide strong clamping force, ensuring that items are held securely and do not slip. The design and material selection of the torsion spring directly affect the clip’s performance and service life.

  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.

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.