Sintered mesh is a high-performance metal filter material produced by bonding one or multiple layers of woven wire mesh through a precise sintering process. During this process, layers of wire mesh are first flattened and then stacked together under controlled mechanical pressure inside a high-temperature furnace filled with protective gas. The metal wires are heated to a temperature below their melting point, allowing them to fuse permanently at their contact points through solid-state diffusion. This forms a strong, stable, and porous metallic structure with excellent mechanical integrity.

Depending on specific filtration requirements, sintered mesh can consist of a single layer or multiple layers combined into a composite laminate. Typically, a fine filtration layer is supported by one or more coarse meshes or even a perforated metal sheet to enhance overall strength and durability. The result is a robust filter medium with uniform pore size distribution, high permeability, and exceptional pressure resistance.

Thanks to its rigid structure, sintered mesh can be easily fabricated into various shapes and components such as filter discs, plates, cartridges, and conical filters. It offers superior advantages over traditional woven wire mesh filters, including:

• High mechanical strength and rigidity
• Excellent permeability with low pressure drop
• Precise and consistent filtration accuracy
• Good corrosion and temperature resistance
• Easy cleaning and long service life

Sintered mesh filters are widely used in demanding industrial applications, including chemical processing, petrochemical systems, polymer filtration, water treatment, and hydraulic equipment. Their ability to withstand repeated cleaning and backwashing makes them a cost-effective choice for continuous and long-term filtration operations.

Although primarily designed for technical applications, sintered metal meshes can also serve special architectural or design purposes—such as acoustic panels or light-diffusing surfaces—where a metallic, textured, and durable material is desired.