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Brass woven mesh, known for its excellent electrical conductivity, wear resistance, and decorative effects, has become a multifunctional material used in fields such as electronic shielding, precision screening, and architectural decoration. Jin Hai possesses extensive experience in material selection, weaving techniques, and customization capabilities, providing customers with one-stop solutions ranging from sample production to bulk supply.Welcome to contact Jinhai for technical support, samples, or custom quotes. Read More »

4. 316· 316 is another grade of austenitic stainless steel, similar to 304, but with the addition of 2-3% molybdenum (Mo).· The inclusion of molybdenum gives 316 stainless steel superior resistance to corrosion, especially in chloride-rich environments (such as seawater or acidic solutions). This ma Read More »

The reverse plain weave method for stainless steel mesh is a special weaving technique used to create stainless steel wire mesh, where the direction of the warp and weft interlacing is reversed, resulting in a structure that is different from traditional plain weave. This weaving method enhances the Read More »

The plain weave method for stainless steel mesh is a commonly used technique for producing stainless steel screens, filter meshes, and other materials. The basic characteristic of plain weave is that the weft and warp threads alternate and intersect at right angles, forming a uniform grid structure. Read More »

65Cu and 70Cu refer to the copper content in brass, representing brass with 65% and 70% copper, respectively. These two types of brass differ in composition and properties, leading to different areas of application. 65Cu (65% copper, 35% zinc), commonly referred to as brass, has the following charac Read More »