Technical Data

Spring Technical Data from HengSheng Spring. Based on more than 22 years of experience in spring design and manufacturing, we share the spring technical data here.

Anti-Roll Bar Springs: Enhancing Vehicle Stability and Handling

Anti-roll bar springs, often referred to as sway bar springs, are vital suspension components in modern vehicles, specifically engineered to reduce body roll during cornering. By transferring force between the left and right sides of the suspension, these springs enhance handling and improve the safety and comfort of both everyday and high-performance vehicles. 1. The […]

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Diaphragm Springs: The Heart of Modern Clutch Pressure Plates

In the world of manual transmissions, the diaphragm spring has quietly revolutionized clutch performance and reliability. As the primary component within the clutch pressure plate assembly, diaphragm springs play a pivotal role in engaging and disengaging power transmission from the engine to the drivetrain. For engineers and procurement specialists alike, understanding their structure, material science,

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Clutch Damper Springs: The Hidden Force Behind Smooth Power Transmission

In manual transmission systems, clutch damper springs—embedded in the driven plate (also known as the clutch disc)—play a crucial role in vehicle performance and durability. Though small and often overlooked, these springs are essential in absorbing engine torque fluctuations and ensuring a smooth driving experience. 1. How Damper Springs Work When a driver engages the

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Valve Springs: Precision Components Driving Engine Performance

Valve springs are unsung heroes in internal combustion engines. While small in size, they play a vital role in controlling the motion of engine valves, directly influencing performance, fuel efficiency, and longevity. This article explores how valve springs work, their material science, types, key parameters, and how they’re engineered for both daily driving and high-performance

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Trampoline Springs: Small Component, Big Bounce

Behind the excitement of trampoline jumping lies a crucial component—trampoline springs. These springs are fundamental to determining the trampoline’s elasticity, durability, and safety. Whether for home recreation or professional sports, selecting and maintaining trampoline springs is essential. This article explores the function, materials, key parameters, types, and maintenance of trampoline springs, referencing scholarly sources to

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Pilates Springs in Reformer

Crafting Excellence: The Precision Process Behind Our Pilates Springs

Crafting Excellence: The Precision Process Behind Our Pilates Springs   1. Premium Materials: The Heart of Our Pilates Springs Process High-Tensile Piano Wire: Unmatched Strength & Durability Our Pilates springs process are crafted from premium piano wire, a high-carbon steel alloy renowned for its exceptional tensile strength and fatigue resistance. Unlike ordinary carbon steel, which lacks

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Optimizing Wunda Chair Training: A Professional Guide to Spring Selection and Application

1. Introduction to the Wunda Chair The Wunda Chair, originally designed by Joseph Pilates, is a compact yet highly versatile piece of Pilates equipment. Unlike larger apparatuses such as the Reformer or Cadillac, the Wunda Chair enables training in multiple positions—seated, standing, kneeling, or even inverted. The adjustable spring system is the key mechanism of

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Clinical Applications and Mechanical Properties of Orthodontic Springs

Orthodontic treatment aims to achieve precise tooth movement, restoring both function and aesthetics. To accomplish this, various types of springs play a crucial role by controlling torque, axial movement, and space adjustment. In this article, we will explore the torque spring, nickel-titanium coil spring, T-loop archwire, and nickel-titanium push spring, focusing on their functions, material

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The Critical Role of Springs in Orthopedic Dynamic Stabilization Systems: Material Analysis, Function, and Irreplaceability

Orthopedic Dynamic Stabilization Systems (DSS) utilize elastic components, such as springs, to replace traditional rigid fixation devices, providing superior biomechanical advantages in spinal and joint treatments. This article focuses on the core elastic component—the spring—and examines its material characteristics, functional mechanisms, and irreplaceable role. By integrating clinical studies and literature references, we highlight the significance

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Spring Wire Sheath for Cardiac Catheterization: A Key Component in Minimally Invasive Heart Surgery

In the field of heart disease treatment, especially with the growing use of minimally invasive procedures, the role of medical devices continues to evolve. Among these, the cardiac catheter sheath plays a crucial role in ensuring the success of heart surgeries. Its design must not only account for mechanical performance but also ensure biocompatibility and

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