SUS316L five-layer sintered filter mesh

タイトルまたは説明

SUS**6L five-layer sinteredfiltermesh is a widely used sintered mesh with a standard structure. It is a new type of filter material made by stacking five layers of stainless steel sintered mesh in sequence and vacuum sintering. Generally, it is a five-layer structure, which is divided into five parts:protective layer, filter control layer, dispersion layer,reinforcing layer, andreinforcing layer.
The standard five-layer sintered mesh filter has the characteristics of strong corrosion resistance, good permeability, high strength, easy cleaning and back cleaning, uniform filtration accuracy, hygienic and clean filter material, and no shedding of the wire mesh.
Sintered mesh has a wide range of applications, suitable for various filtration, separation, fluid bed, powder transportation, dust removal, and explosion protection, and can be used in the petrochemical industry, metallurgical industry, pharmaceutical industry, water treatment, food industry, environmental protection, machinery industry, and other industries.
Product parameters
Standard thickness: 1.7MM
Standard material: stainless steel **4, **6, **6L
Standard size: **0****0MM, **0****0MM, ***0****0MM
Note: On the basis of 5 layers of sintered mesh, add a layer of *2 mesh screen to become 6 layers of sintered mesh, with a thickness of 3.5MM, and better pressure resistance.
Five-layer structure display
Features
1. Strong tensile strength and stiffness
It has high mechanical strength, excellent processing, welding, and assembling capabilities, and is simple to use.
2. Consistent and uniform precision
It has high mechanical strength, excellent processing, welding, and assembling capabilities, and is simple to use.
3. A wide range of applications
It can be utilized in temperatures ranging from ***0°C to **0°C, as well as for acid and alkali filtration.
4. Outstanding cleaning performance
It has a good countercurrent cleaning effect, can be used frequently, and has a long service life (it can be cleaned by countercurrent water, filtrate, ultrasonic, melting, baking, etc.).
5. Excellent performance
Excellent mechanical performance, pressure, and suction filtration, ability to satisfy various filtration needs, and ease of operation.
Application fields
1. In the machinery business, precise filtration of different hydraulic fluid lubricants;
2. Filtration, washing, and drying of materials in the pharmaceutical business; filtration and purification of various polymer melts in the chemical fiber film industry; filtration of various high-temperature and corrosive liquids in the petrochemical industry;
3. Use of fluidized plates in the steel sector and gas homogenization in the powder business;
4. Distributors of electrical appliances that are explosion-proof, etc.
 
Processing steps of stainless steel sintered mesh
1. Prepare materials. Stack the multi-layer mesh sheets that need to be sintered neatly according to the process requirements, and fix the four corners together by spot welding to form a sintered mesh;
2. Drain the net. Stack multiple sintered nets layer by layer on the material pallet, with an isolation layer between each sintered net, place a material pressure plate on the top of the sintered net, and place the stacked material pallet, sintered net and The material pressing plate is loaded into the sintering furnace;
3. Vacuum. Vacuum the sintering furnace.
4. Heating up. Heating by the heating device, when the temperature in the sintering chamber rises to ******5°C, inject hydrogen into the sintering chamber to keep the pressure in the sintering chamber at ****1Pa, continue heating to raise the temperature in the sintering chamber to ***0°C—***0℃;
5. Turn on the hydraulic mechanism to pressurize. Inject circulating cooling liquid into the cooling channel of the metal support rod, and start the hydraulic mechanism at the same time, so that the lower end of the heat-resistant ejector rod is pressed against the material pressure plate, and the pressure at the sintering network is 0.**1.5 kg/cm2;
6. Heat preservation. Keep the pressure and temperature for ***0 hours;
7. Cool down naturally and remove the pressure. Turn off the heating device, remove the pressure at the same time, and slowly cool down to ***0°C - ***0°C;
8. Keep warm. At a temperature of ***0°C - ***0°C, keep warm for **2 hours;
9. Rapid cooling. Close the hydrogen inlet valve, let in cooling gas with a pressure of 1.**2.1 atmospheres through the cooling gas inlet, and discharge it through the cooling gas outlet, so that the temperature drops rapidly to **0°C***0°C within *5 minutes;
*0. Natural cooling. Stop the of cooling gas, and rely on circulating cooling water to slowly cool down to *5°C**5°C;
*1. Come out. The material pallet, sintering network, and material pressing plate are removed from the sintering furnace, and after negative pressure vacuuming, rolling, leveling, cleaning, drying, inspection and packaging, the finished stainless steel sintered mesh filter plate is made.