Milesen's stainless steel Dutch weavemesh are known for their high strength and precision filtration capabilities, especially for filtration applications that require high precision and stability. Dutch woven nets use a unique weaving method for higher filtration efficiency and greater structural stability, whether you say you need plain weave, twill weave or reverse weave, we can provide you.
Our stainless steel Dutch weavemesh are widely used in the petrochemical, aerospace, pharmaceutical and other industries to effectively meet the demanding filtration requirements. Milesen offers Dutch woven nets in a wide range of specifications and sizes, including custom services to ensure that your specific needs are met.
Brief:The dutch weave mesh is formed by weaving a limited number of warp threads to closely weave the largest number of weft threads together, resulting in a cloth that does not have holes that are easy to see. Dutch weave mesh is strong, stable, easy to clean and has a high flow rate, suitable for high-pressure liquid/solid separation.
Brief:In a plain Dutch weave, the diameter of the warp threads is larger than the diameter of the weft threads. Mesh is formed by tightly weaving a limited number of warp threads with a maximum number of weft threads, resulting in a cloth with no visible holes. The mesh is strong and stable, easy to clean, has good flow rate, and is suitable for high-pressure liquid/solid separation.
Brief:Twill Dutch Weave Mesh uses twill weave technology to closely interweave thicker warp threads and thinner weft threads to form a high-strength and precise mesh. It is characterized by high filtration accuracy, strong durability and low pressure loss, and is suitable for high-pressure liquid/solid separation and precision filtration applications.
Brief:Reverse Dutch Weave Mesh uses a unique weaving technology that interweaves finer warp threads with thicker weft threads to form a high-strength and precise mesh. Its features include high filtration precision, high strength and durability, high flow rate, and good stability. It is suitable for applications requiring high-precision filtration and high-strength separation in the chemical industry, oil and gas, pharmaceuticals, food and beverage, water treatment, and aerospace. field.
