Engineered for reliability and versatility, this compression spring boasts a precise outer diameter of 6mm (0.23 inches) and a wire diameter of 1mm (0.04 inches). Measuring a total height of 15mm (0.59 inches) when uncompressed, it features a compact compressed length of just 7.5mm (0.29 inches). This spring is designed to efficiently handle a load capacity of 37.2N, with a spring rate of 7.44 N/mm, making it an ideal choice for a variety of mechanical applications.
Constructed from 304 stainless steel, this compression spring delivers superior mechanical characteristics compared to traditional music wire. The high elasticity and hardness of the material significantly enhance durability while providing excellent resistance to corrosion and heat. This ensures longevity, particularly in demanding environments where elevated temperatures and moisture might otherwise compromise the performance of lesser materials. The choice of 304 stainless steel not only maintains high performance under load but also ensures the spring retains its integrity even after numerous cycles of compression.
The spring's closed, squared ends play a crucial role in both functionality and usability. Unlike ground ends, which may introduce weak points, these squared ends facilitate efficient force transfer and minimize the risk of tangling during operation. It is the thoughtful design details—such as the absence of black spots and the smooth, round appearance—that contribute significantly to its performance. Notably, this spring offers consistent spacing and a highlighted curve that delivers stable force and remarkable elasticity, essential for applications requiring predictable mechanical behavior.
This compression spring excels in a wide array of uses, from household appliances to motor equipment. Its versatility allows it to function efficiently in various environments, whether as a critical component in a lawn mower or within the intricate mechanics of an electronic device. Notably, in the realm of 3D printer modifications, this spring serves as an excellent replacement for extruder tension springs, showcasing its adaptability. Applications extend beyond the obvious, reinforcing the spring as an essential component in engineering and mechanical systems where space-saving and shock absorption are paramount.
When compared with equivalent springs in the market, this compression spring stands out due to its material robustness and effective design. While other springs may use lower-grade materials, potentially compromising performance and longevity, the use of 304 stainless steel here guarantees a higher endurance level against environmental factors. Furthermore, the unique features, such as squared ends and smooth surface, provide advantages over competitor products, which may struggle with tangling or uneven loading. This spring offers not only competitive pricing but also superior performance metrics, highlighting its value in various applications.
Leveraging advanced materials and thoughtful engineering, this compression spring serves critical roles across mechanical applications, ensuring reliability and robust performance. For those seeking a dependable spring that combines high load capacity, exceptional resilience, and versatile application potential, this offering meets and exceeds expectations.
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