TOPTITECH sintered wire mesh filter is composed of multiple layers of sintered wire mesh panels that are heated, pressed, and bonded together using high-temperature vacuum sintering, argon arc, or plasma welding. The size and distribution of the holes are determined by the selection of wire diameter, mesh size, mesh layer, and weaving method of the wire mesh. The sintered wire mesh filter is the ideal material for filtering because of the superior mechanical qualities produced by the manufacturing process. The standard product is typically made up of five layers, but it can be customized to include six or seven layers upon customer request.

A protection layer, a filter layer, a dispersion layer, and a skeleton layer make up the standard five-layer sintered mesh. This filter material is ideal for applications that require high compressive strength and uniform filtration precision. It provides a surface filtration method, and the mesh channel is smooth, resulting in good backwash regeneration performance and the ability to be reused for a long time. The material is easy to form, process, and weld, and can be made into various filter elements such as round, cylindrical, conical, and corrugated shapes.

Products Parameters

Material: SUS 316L

Diameter: 308mm

Length: 260mm

Filtration accuracy: 10um

Features:

High filtration efficiency: Sintered wire mesh cylinders have a high filtration efficiency due to their uniform pore size and excellent permeability. They are capable of removing particles down to a certain micron level, depending on the specific filtration requirements.

Uniform and stable precision: The sintered wire mesh cylinder achieves uniform and consistent filtration performance across all filtration precisions, and the mesh retains its shape during use.

Wide range of applications: Suitable for filtration in environments ranging from -200°C to 600°C, and in acidic or alkaline environments.

Excellent cleaning performance: This filter material can be used repeatedly and has a long service life, as it can be cleaned through countercurrent water, filtrate, ultrasonic, dissolution, baking, and other methods.

Applications:

－Purification and Filtration of Liquid & Gas

－Separation and recovery of solid particle

－Transpiration cooling under high temperature

－Noise Reduction

－Fluidized Beds

－Chemical fiber filtration

－Chemical Processing