Best Spring Manufacturer & Spring Supplier in Gujarat
Industry's Leading Spring Manufacturer in Gujarat, India
25+ years of Craftmanship
Quality with Integrity
On Time Delivery
Affordable Rate
Cost Effective Springs
Lowest rate even at MOQ (Minimum Order Quantity) for any type of springs.
Customer Support
24*7 Support For Spring Product is a Service For Spring Customer
On Time Delivery
Manufacturing Relationships. Distributing Quality. Express Delivery.
KK Springs specializes in crafting robust industrial springs designed to withstand the highest levels of stress. Our primary focus lies in tool/piece clamping for mechanical engineering, and we extend our expertise to develop bespoke spring technology for cutting-edge industries like mobility, medical technology, and aerospace technology. Our diverse portfolio includes multi-wire, flat-wire, and round-wire springs, along with spring sets and special springs, accommodating outside diameters ranging from under 2 millimeters to 275 millimeters.
As an independent family company with a decade of experience, we prioritize long-term planning and security for both our customers and employees. Our comprehensive in-house capabilities cover the entire process chain, from meticulous spring design and precision wire rolling to tool construction and production. At KK Springs, our custom springs serve as discreet yet critical elements, ensuring safety and seamless operational performance.
Our production program encompasses a diverse range of springs, including compression springs, tension springs, torsion springs, and DIE springs, available in almost every conceivable design. Adhering to customer requirements and needs, we utilize round and flat wire materials with wire thicknesses ranging from 0.3 to 20 mm. When faced with the challenges of the highest dynamic loads, maintaining constant spring characteristics under temperature stress, or ensuring reliable corrosion resistance, KK Springs stands as your reliable partner for meeting the most stringent demands.
For each application, we meticulously select the appropriate material for the spring, tailored to the load, ambient conditions, and more. Subsequently, we develop the optimal spring geometry with an ideal wire profile to meet your individual requirements. This tailor-made solution is promptly implemented in our production, where highly qualified personnel operate state-of-the-art machines. Thanks to our continuous advancements in testing technology over the years, we provide our customers with the opportunity to test spring applications in advance under realistic conditions, ensuring security and peace of mind.
As elastic components, springs exhibit the characteristic of yielding under load and effortlessly returning to their original shape upon load removal. Virtually all applications utilizing tension springs, torsion springs, and DIE springs rely on this fundamental function. These springs find widespread use in various applications, such as moving machine parts and facilitating the opening or closing of switching contacts. When pre-tensioned, they serve as a source of drive energy or act as a restoring force in switches and torque wrenches.
Moreover, tension springs, torsion springs, and DIE springs play a crucial role as force-fit connections. For instance, they are employed in door stops, friction clutches, and scenarios requiring load distribution on trampolines. Additionally, these springs contribute to systems prone to vibration, where kinetic energy is effectively transformed into potential energy through spring mechanisms, providing effective energy absorption.
Springs serve as technical components crafted from spring steel, possessing the capability to undergo elastic deformation. These components yield to applied loads, absorbing force in the process. Upon relaxation, they release stored energy and revert to their original form. Steel springs are diverse, available in various shapes, materials, and cater to different applications. Comprising spring band steels, spring steel sheets, or spring steel wires, they offer versatility. Additionally, springs can be crafted from rubber, fiber-reinforced plastics, and gas pressure mechanisms utilizing gases for suspension assistance.
The taxonomy of springs encompasses a rich array of types, often named based on their visual characteristics. These include shaped springs, ribbon springs, flat springs, leaf springs, spring clips or spring clips, spiral springs, disc springs, wave springs, conical springs, barrel springs, or ring springs. Furthermore, certain spring types derive their names from their specific functions, such as compression springs, tension springs, torsion springs, tapered springs, or DIE springs. This diversity underscores the adaptability of springs across a wide spectrum of engineering and industrial applications.
