Reverse Dutch Weave Mesh

Reverse Dutch Weave Mesh is a high-precision mesh formed by interweaving thinner warp threads and thicker weft threads through special weaving technology. Its unique structure gives it high strength, stability and excellent filtration performance, making it especially suitable for applications requiring extremely high filtration precision.

How to weave Reverse Dutch Weave Mesh

In a reverse Dutch weave mesh, the thinner warp threads and thicker weft threads are interwoven in a special way, causing the weft threads to form a denser filtering layer on the surface of the mesh. This weave is the opposite of traditional Dutch weave mesh, increasing the flow and filtration efficiency of the mesh while improving its durability and stability.

Reverse Dutch Weave Mesh Features

1. High filtration precision: The warp is thinner and the weft is thicker, which can effectively filter very small particles.

2. High strength and durability: Made of stainless steel, with good corrosion resistance and wear resistance.

3. High flow: The braided structure optimizes the path of fluid through the mesh and increases the flow rate.

4. Good stability: Thicker weft threads enhance the overall stability of the mesh and prevent deformation.

5. Easy to Clean: The smooth filter surface and sturdy structure make it easy to maintain and clean.

Main application areas

Reverse Dutch Weave Mesh is widely used in multiple industries, especially in scenarios that require high-precision filtration and high-strength separation. The following is a brief summary of its main application areas:

- Chemical industry: used for filtration and separation of chemical products in high temperature and corrosive environments.

- Oil and Gas: Filters impurities during the oil and gas extraction process to ensure normal operation of equipment.

- Pharmaceutical industry: used for high-precision filtration in pharmaceutical production to ensure product purity.

- Food and beverages: used for filtration of food and beverages to ensure the hygiene and safety of products.

- Water treatment: Remove suspended particles and impurities from water in water treatment facilities to provide a clean water source.

- Aerospace: Used for fuel and hydraulic fluid filtration in the aerospace industry to ensure system reliability and safety.

Design Features

Reverse Dutch Weave Mesh has higher filtration accuracy and flow rate due to its unique weaving structure and warp and weft threads of different diameters. Its design ensures optimal filtration results and low pressure loss, making it ideal for a variety of high-precision filtration and high-intensity separation applications. Reverse Dutch Weave Mesh is not only superior in performance, but also extremely convenient in maintenance and cleaning, meeting the needs of a variety of industrial and commercial applications.

“Reverse” describes the fact that the warp wires of this weave are relatively thin and the shute wires are thick – in other words, the exact opposite of the standard dutch weaves. The reverse dutch design produces precisely defined pore openings that run under an angle to the surface of the mesh. The high number of warp wires increases the active filtration cross section. Depending on the specifications, this can be approx. 21 – 25%. The reverse dutch weave is available in “heavy” and “light” versions. The light version has a special wire combination that increases the active filtration cross section to 25 – 38%.

Common specification: