The metal wire mesh filter tube is a tubular filtering component made of stainless steel woven mesh, perforated mesh, or sintered mesh, typically processed through rolling, welding, edge wrapping, or flanging techniques. It can be manufactured as a single-layer or multi-layer structure to meet different filtration precision and mechanical strength requirements. It can be used as an independent filtering element or often embedded as a core component in filtering equipment, pipelines, or filter cartridges.

​In the industrial production process, the quality of the filtration system directly affects the stability of products and the operating efficiency of equipment. As one of the key filtration components, the metal wire mesh cap shape filter plays an important role in various filtration scenarios involving liquids, gases, and solid particles, owing to its unique structure, strong durability, and wide adaptability. This article will take you to deeply understand the design features, main advantages, and application scenarios of the cap filter.

Different nickel-chromium ratios provide different balances of strength, ductility, heat resistance, and corrosion resistance.

The method of weaving stainless steel twill is commonly used in the production of stainless steel braided belts, meshes, wire cloths, and other materials, often applied in industries such as manufacturing, construction, aviation, and chemicals. The twill weaving method involves alternating the weavi

Anping County Kewei Metal Products Co., Ltd. is located in the heart of China's wire mesh hometown. It is a first-class manufacturer specializing in the production of metal woven wire mesh from different materials and the customization of various types of filter products. The company focuses on stai

Discover the versatility and reliability of our Metal Wire Mesh Cap Shape Filter, meticulously crafted from high-quality metal filter wire mesh. This cap-shaped filter is designed for various filtering and screening applications, seamlessly integrating with pipes or machines for optimal performance.