Clock Spring Spiral Cable Sub-Assy Cinta Airbag 8619A333 For Mitsubishi L200 2015.01-08.2016

The company is located in the Automobile and Motorcycle Distribution Park in Huang jin bu Town, yu gan county, Jiangxi Province Adjacent to ying tan North Station, the traffic is very convenient. Covering an area of more than 35,000 square meters, it has a first-class sales team,advanced production lines and testing equipment, exquisite product research and development technology and modern management team.

Since its establish in 2007, Zhengpu Company has always adhered to the principle of "people-oriented, customer first,forge ahead and create brilliance together", adhering to the business philosophy of "scientific management, quality first and brand development", and relying on advanced production equipment and strong technical force, it has implemented lean production management and ERP management system. So that the "Zhengpu" series products are extraordinary and refined and are favored and praised by consumers at home and abroad.

The "honest people" who "unite and struggle, forget ahead, keep their promises and never give up" have made great achievements after more than ten years of hard work and hard work.

The selection of material for clock springs is a critical decision that impacts the performance, durability, and application of the spring. Understanding the unique properties and characteristics of each material enables manufacturers to tailor clock spring designs for specific needs. Here's a closer look at the essential properties that define clock spring materials:

Mechanical properties
Tensile strength: This indicates the maximum stress a material can withstand while being stretched or pulled before breaking. Materials with high tensile strength are preferred for clock springs to ensure they can endure the operational stresses without failing.

Elasticity: The ability of a material to return to its original shape after being stretched or compressed. High elasticity is crucial for clock springs, as it determines the spring's ability to store and release energy effectively.

Fatigue resistance: Refers to a material's ability to withstand repeated cycles of stress without breaking. Clock springs are typically subjected to numerous cycles throughout their lifetime, making fatigue resistance a vital consideration.

Environmental considerations
Corrosion resistance: The capacity of a material to resist deterioration caused by chemical reactions with environmental elements. Corrosion-resistant materials are essential in applications where clock springs are exposed to harsh environments.

Temperature stability: The ability of a material to maintain its properties over a range of temperatures. Materials with good temperature stability are necessary for clock springs used in applications subjected to temperature fluctuations.

Manufacturing processes compatibility
Workability and formability: These characteristics determine how easily a material can be shaped into the desired form. Materials that are easy to work with and form can reduce manufacturing costs and complexity.

Heat treatment compatibility: Some clock spring materials require heat treatment to achieve desired mechanical properties. Materials that respond well to heat treatment can offer enhanced performance characteristics.

Specialty material advantages
Beyond these basic properties, specialty materials like beryllium copper and nickel alloys offer additional benefits for advanced applications:

Beryllium copper: Offers non-magnetic and non-sparking properties, making it ideal for use in explosive environments. Its high electrical conductivity is beneficial for electronic applications.

Nickel alloys: Provide exceptional performance in extreme temperatures and corrosive environments, making them suitable for aerospace and marine applications.

Understanding these properties and characteristics is essential in selecting the right material for a clock spring, ensuring it meets the required performance standards while being suitable for the intended application environment. The choice of material not only affects the spring's functionality but also its longevity and reliability, underscoring the importance of careful material selection in clock spring design.

Clock springs are also torsion springs and are the direct opposite of torsion bars, which are made of spring wire. If we consider the shape of the space available for the spring function, the deflection of a clock spring increases as the number of coils increases, which means that radial space must be available. They are made of material with a rectangular cross-section, consisting of either flat-rolled wire or cold- or hot-rolled strip.

The load is introduced into the spring via legs, typically an inner radius bent inward at 90 degrees, which is fitted into a slot in a shaft. Further variations in leg shape are possible for the outer leg.

The manufacturing process of clock springs results in fairly pronounced 'spiral' shape, although this spiral is not vertical as with many other springs.

Clock springs are supposed to work without any contact between the coils and therefore without internal friction. This is only possible if the load is applied to the spring in the correct way. As the deflection and number of coils increases, coil contact should be avoided.

Since its establish in 2007, Zhengpu Company has always adhered to the principle of "people-oriented, customer first,forge ahead and create brilliance together", adhering to the business philosophy of "scientific management, quality first and brand development", and relying on advanced production equipment and strong technical force, it has implemented lean production management and ERP management system. So that the "Zhengpu" series products are extraordinary and refined and are favored and praised by consumers at home and abroad.