Sintered multi-layer metal mesh is composed of laminated layers of woven wire cloth bonded by special canlendering and sintering in vacuum oven, to creat a new filter material with higher strength and rigidity. It's interlaced mesh forms an uniform and ideal filtration structure.

As a new filter material, it not only overcomes the disavantages of ordinary metal mesh, such as lower strength, poor intergrity, unstable hole shapes, but has excellent performances such as high precision and strength, efficient flow restriction, machinablity and resistance to abrasion, heat and cold by reasonably arranging its porosity, permeabilty and strength. Therefore, it's total performance has obviouly advantages than sinered powder, ceramic, fiber cloth, paper and other filter material.

Our sintered mesh has been widely used in many industries such as aerospace, aviation, petroleum, chemical, metallurgy, machining, pharmaceutical, food, sythetic fiber, film, enviromental protection industries in respect of filtration and purification, gas-solid, liquid-solid, and gas-liquid seperation, cooling, gas distribution, liquidization bed, gas sampling collection, shock reducing, sound attenuation, inflaming retarding.

Main Applications

  (1)used as distribution and cooling material in high temperature condition.

  (2)material used for gas distribution and fluidization bed.

  (3)material that requires high precision,stable performance in high temperature 

  (4)high pressure backwashed oil filter

Features:

  (1)High strength,extreme mechanical strength and pressure tolerance,can be machined,welded and assembles

  (2)High precision,consistant filter property in media grades,Without apertures changing during operation.

  (3)Heat resistant: can be continuously used in temperature from -200??/span>  to 600??/span>,and can be used to filter in acid and alkali conditions.

  (4)Cleanable: backwash and clean easily,can be reused with longer service span,and can be cleaned by ways of backstream ,filtration liquid,ultrasonic,dissolution and baking.