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  • Gas springs often help form various metals, with specific applications including:

  • Load Capacity: The load capacity of a compression spring is determined by its material type, mean diameter, wire diameter, and coil count. It specifies the maximum load the spring can handle without permanent deformation or failure.
  • Versatility: The ability to handle tension and compression forces makes coil springs suitable for various applications. Coil springs can adapt to various needs, whether absorbing shocks in a car suspension system or providing tension in a mechanical watch.
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  • Set Pitch and Length –To adjust the pitch and length of a spring, it is compressed until the coils make contact. This process may need to be repeated until the desired dimensions are achieved. Measuring the pitch can be challenging. A preliminary estimate can be made by measuring the distance between the spring's loops, but this method is less accurate. For a more precise measurement, a spring pitch formula, available through computer programs, should be used.

  • Quality Matters
  • Applications in Various Industries


  • In recent years, technological advancements have also enhanced the effectiveness of poultry netting. Some products are now equipped with additional features such as UV resistance, which prolongs their lifespan, and varying mesh sizes, catering to different bird species. Additionally, the development of portable poultry nets allows farmers to rotate their flocks, a practice known as rotational grazing. This method not only improves soil health but also reduces the risk of disease by preventing overgrazing in one location.


  • The most common type of spring is a Coil Spring or Helical Spring, used to store mechanical energy and subsequently release it. These Coil Springs can be closewoundor open-wound and are made of hardened steel. The most common types are: Compression, Extension and Torsion

    COMPRESSION SPRINGS can be found in ballpoint pens and valve assemblies as well as thousands of other places. When you put a load on the spring, makingit shorter, it pushes back against the load and tries to get back to its original length. Compression Springs may be cylindrical, conical, tapered, concave or convex inshape. The changing of spring ends, direction of the helix, material and finish allows a compression spring to meet a wide variety of special industrial needs; they arethe most common spring configuration and are usually placed over a rod or fitted inside a hole.

    There are four basic types of compression spring ends, affecting the solid height, free length and other characteristics of the spring:

    Open Ends, Not Ground: the ends of a compression spring are opened with a constant pitch for each coilOpen and Ground End: the ends of the spring are open and ground creating a flat surface
    Square or Closed Ends (SQ): the ends of the spring are closed so that the end coils touch
    Square (Closed) and Ground Ends (SG): the ends of the spring are closed so that the end coils touch & the end is ground to provide a flat plane

  • Finishing a Coiled Spring

  • The Versatility and Benefits of 5% Tomato Cages


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  • For retailers who frequently participate in trade shows or pop-up events, the portability of gridwall panels is a significant benefit. They are lightweight and easy to assemble, allowing retailers to set up and dismantle displays quickly. This convenience is invaluable in today’s fast-paced retail environment, where time and presentation are of the essence.