Monel 400 Reverse Dutch Weave Wire Mesh

Monel comprises more than 60% and is versatile alloy, as a copper-nickel alloy exhibits high strength and excellent corrosion resistance in a wide range of media, including sea water and in acidic and alkaline environments. Compared to the common stainless steel wire mesh, monel has a high melting point of 1300 F to 1350 F and strength superior to unalloyed nickel. Due to this exceptional quality, monel is being used inside high-temperature vessels and petroleum applications. Monel 400 is commonly used in shipyards and companies that specialize in marine technologies. Monel 400 is drawn to specific diameter wires and woven to certain specifications.

Monel 400 Reverse Dutch Weave Wire Mesh has thinner warp wires and fewer, but larger, weft wires as this structure provides a high degree of stability and optimal resistance to high pressure. Reverse Dutch weave wire mesh is specially designed for filtering and has a very high level of mechanical load and a high flow and porosity level. Monel 400 Reverse Dutch Weave Wire Mesh is manufactured with smaller warp wires that are more numerous than the weft wires. Smaller and closer wrap wires together with the weft wires form triangular shaped transversal openings. The same weave as Plain Dutch except the warp and Shute wires are reversed; i.e., the warp wires have a smaller diameter than the Shute wires. The type of cloth is mechanically highly sturdy with a high throughput and it does particularly well in high pressure vertical and horizontal filter leaf applications where backwashing and filter cake removal are vital.

Monel 400 Reverse Dutch Weave Wire Mesh is available in different sizes and wide-range can be customized to fit your exact specifications in order to meet your specific application requirements.

Monel 400 Reverse Dutch Weave Wire Mesh is used for filtering dense materials since it supports greater loads than the dutch weave and has finer openings than the plain weave and is extensively used as the finest filtration in hydraulic systems, especially for critical applications, such as aero-space and fuel, etc.