This sintered woven mesh offers a suite of unique advantages tailored for industrial applications. The 316L stainless steel material provides superior corrosion resistance compared to 304 stainless steel, making it ideal for use with chloride-rich fluids and acidic gases. The high-vacuum sintering process fuses wire intersections at the molecular level, eliminating gaps and preventing wire shifting even under 1200℃ continuous high-temperature exposure, which extends service life by 60% compared to non-sintered meshes. Its 45% porosity ensures unobstructed fluid flow, reducing pressure drop across the filter and lowering energy consumption. The mesh also has a high mechanical strength, with a tensile strength of 700MPa, making it resistant to deformation under high-pressure filtration conditions. It is compatible with backwashing and chemical cleaning, allowing for repeated reuse without compromising filtration accuracy. Additionally, it meets ASTM and ISO 9001 standards, ensuring consistent quality and reliability for critical industrial processes.
The Industrial High-Temperature 316L Stainless Steel Sintered Woven Mesh features precise technical parameters optimized for harsh industrial conditions. The wire diameter is 0.12mm, providing a balance between structural strength and filtration accuracy. With a mesh count of 60 per square inch, the nominal aperture measures 0.28mm, effectively capturing medium-sized impurities while maintaining high flow rates. The high-vacuum sintering process ensures a uniform bond between wires, with no visible gaps at intersections. The porosity is controlled at 45%, minimizing pressure drop and improving energy efficiency. The effective width ranges from 1.0m to 1.5m, with a standard roll length of 20m, suitable for large-scale industrial filtration systems. It offers a maximum temperature resistance of 1200℃, allowing it to withstand continuous exposure to high-temperature flue gases and molten materials. The corrosion resistance grade is Class A+, meaning it can resist exposure to pH levels between 1 and 13 and chloride concentrations up to 10,000ppm. It is certified by ASTM and ISO 9001, meeting global industrial quality standards. The mesh weighs 2.1kg per square meter, with a hardness of HRB 85, ensuring durability and resistance to wear and tear.
This heavy-duty mesh is widely used across a range of harsh industrial applications. In the chemical processing industry, it is used for filtering corrosive liquids and gases, separating catalyst particles from reaction mixtures, and purifying raw materials for polymer production. In oil and gas refining, it serves as a filtration medium for crude oil desalting, removing sediment and water contaminants to protect downstream processing equipment. It is also used in thermal power stations for flue gas filtration, capturing fly ash particles to reduce air pollution and comply with environmental regulations. Additionally, it is used in metallurgical processes for filtering molten metal and separating impurities from molten steel. It can be customized into filter cartridges, screen panels, or bag filters to meet specific process requirements, and is suitable for both batch and continuous operation. Mining and mineral processing industries also utilize it for ore slurry filtration, separating valuable minerals from gangue materials with high efficiency.
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