Springs

Compression springs, also known as coil springs, are designed to store energy when compressed and then release it when expanded. Their key qualities are their spring rate, which quantifies the force necessary to compress the spring a certain distance, and their solid height, the lowest height to which the spring can be crushed.

Key Factors to consider when choosing a spring for an application include Spring Material and the Working Environment, Spring Dimensions in both compressed and non-compressed states, Max. Load and Deflection.

It is available in both Music Wire material, which is ideal for temperatures between -30 C and +120 C and for use in dry environments, and stainless Steel material, which is ideal for temperatures between -200 C and +250 C and for use in both dry and humid or wet environments. Widely used across various industries to provide effects such as suspension, shock absorbtion and enabling push-to-open functionality. Material: Stainless Steel, Carbon Steel Series Code:

Conical spring are helical compression springs with a design that allows for various spring rates while maintaining a compact size. They are designed to provide a nearly constant spring rate and a solid height lower than standard springs. They effectively absorb shock and prevent bending or buckling.

Their construction allows the smaller diameter coils to nest within the larger diameter coils when compressed, enabling the length of the spring to reduce to nearly one wire diameter in height.

Typically used when space efficiency is required by industries such as Automotive, Aerospace, Electronics and Industrial Machinery to provice Shock Absorption, Load Stabilization, Position Control and Vibration Dampening. Material: Stainless Steel Series Code:

Die Springs are robust, heavy-duty Compression Springs designed to withstand high loads and stress, making them ideal for demanding industrial applications. Our Die Springs are colour coded based on load rating, which helps to correctly assemble applications with multiple different springs on it. Their wire is pulled extra fine, heat-treated, and shot-peened.

These Springs can tolerate severe pressures and temperatures between -200 C and +200 C  while maintaining its shape after repeated compression. Typically used on applications that require consistent performance under high stress, such as Ejector Springs on Metal Stamping Dies, Shock Absorbers and Punch Presses on Machinery, as well as suspension systems. In high-demand situations, they provide constant force, deflection, and dependability. Material: Chromium Alloy Steel Colour: Yellow, Red, Blue, Green Series Code:

Belleville Washer Springs, also known as Disc Springs, are commonly used in various applications that require a compact, high-load, and reliable spring solution. The discs' conical shape allows for more load distribution and deflection, improving spring characteristics. This design offers optimal performance by properly handling both static and dynamic loads.

Additionally, they help prevent the loosening of the component and are good in applications with constant vibration. Due to their small size, they can stack multiple springs on top of each other. Typical industries include automotive, aerospace, industrial equipment, and machinery.

• Material: Chrome Vanadium, Carbon Steel

Extension springs are helical coil springs designed to absorb energy while resisting pulling forces. The further they are stretched, the more force is generate, making them ideal for bringing two components together.

Common applications include Throttle Turn Mechanisms in Automotive, Trampolines, Fitness Equipment and Vibration Dampening Systems.

It is available in both Music Wire material, which is ideal for temperatures between -30 C and +120 C and for use in dry environments, and stainless Steel material, which is ideal for temperatures between -200 C and +250 C and for use in both dry and humid or wet environments. Key Factors to consider when choosing a spring for an application include Spring Material and the Working Environment, Spring Dimensions in both extended and non-extended states. Material: Stainless Steel, Carbon Steel Series Code:

Spring Washer designed to maintain a consistent force throughout a wide range of deflection. It can be stacked numerous times and distributes high load capacity with a small footprint. It responds well to pressure, shock, impact, or vibration variations. Material: Stainless Steel, Steel, Acetal, Carbon Steel Colour: Natural, White, Series Code:

Torsion Springs are ideal for storing and releasing energy or maintaining pressure over a short distance. Our range is available in either right or left hand direction.

Made from Stainless Steel AISI 302, our large torsion springs come in different degrees of leg angle; 90 degree torsion springs, 180 degree torsion springs, 270 degree torsion springs and 360 degree torsions springs. The torsion spring exerts a torque in the opposite direction that is in proportion to the amount of twist action applied.

Springs are available in a selection of torques and mandrel sizes, to suit a plethora of applications and project needs.