Porous titanium sintered plate
Titanium powder sintered filter materials (including tubular and plate types) are new high-efficiency porous filter materials made from industrial high-purity titanium powder (99.4%) through powder classification, molding, sintering, mechanical welding and other processes.
Porous titanium sintered plate details
The titanium filter element is a new type of high-efficiency porous filter material made from titanium metal powder as raw material and processed through powder classification, molding, sintering, mechanical welding and other processes. Because of its pores and filtration accuracy, it can be carried out in a fairly wide range. Adjustment, is widely used in fields such as self-lubrication, filtration, separation, catalysis, flame extinguishing, heat exchange, hot electron generation and gas distribution.
Main uses: used for filtration of gases and liquids and gas distribution. Filtration precision: 0.22～50μm Diameter: 30～80mm Length: 100～1000mm (special specifications can be customized)
Filtration principle: The titanium filter element is a titanium metal porous filter material made by powder metallurgy. Its internal pores are curved and crisscrossed, with uniform pore size distribution. The filtration mechanism is a typical deep filtration.
Performance: This product has excellent properties such as corrosion resistance, high temperature resistance, high strength, easy to ensure filtration accuracy, and easy regeneration; the titanium filter element is made of titanium powder that is formed and sintered at high temperature, so the surface particles are not easy to fall off; used in the air The temperature can reach 500~600℃; it is suitable for filtration of various corrosive media, such as: filtration of hydrochloric acid, sulfuric acid, hydroxide, sea water, aqua regia and chloride solutions such as iron, copper, sodium and so on. It has excellent mechanical properties and can be processed by cutting, welding and other machining. It has high pressure resistance and internal pressure destruction strength of up to more than 2MPa. Its filtration accuracy is easy to ensure, and the pore diameter will not deform even when working under high temperature and high pressure. Its porosity can reach 35-45%, the pore size distribution is uniform, the dirt holding capacity is large, and the regeneration method is simple, and it can be reused after regeneration.
Application: Titanium filter elements are widely used in the following aspects:
1. Used in liquid-solid and gas-solid separation
Liquid---solid separation:
Electronic industry; pre-filtration of reverse osmosis system, pre-filtration of deionized water system
Food industry: filtration of beverages, brewed wine, mineral water, etc.
Petrochemical industry: terminal filtration of petroleum products and filtration of chemical carbon-alkali liquids, recovery filtration of alcoholic organic solutions, filtration of heavy coker gas oil, and filtration of hydrogen cracking cycle oil.
Environmental protection and sewage treatment:
Pharmaceutical industry: large infusions, injections, decarbonization filtration of no salt water, seawater desalination.
Gas-solid separation
Filtering impurities and oil in the air of various air compressors;
Sterile air filtration in beer, pharmaceutical and brewing industries;
High-pressure air filtration in the aviation and transportation industries;
Mixing and purification of gases in chemical fibers;
Dry dust removal of acidic gases in the pharmaceutical industry;
Gas filtration and catalytic gas filtration in the petroleum industry;
Dust removal of medium and low temperature gases and oils in the environmental protection industry;
2. Application in petrochemical filtration process:
In the production process of copper, esters and amines, it is used for catalyst recovery, solution refining and recovery, and finished product refining.
Used for catalyst recovery and product refining in ethylene glycol, phthalic anhydride and other processes.
It is used in the filtration and refining of dimethyl phthalate process and the removal of activated carbon particles.
3. Application of fine chemical filtration process:
It is used to recover precious metal catalysts in the process of synthesizing pharmaceutical intermediates such as vitamins A and E.
It is used to recover precious metal catalysts in the process of producing rosin derivatives, linalool and fragrance derivatives.
It is used to recover precious metal catalysts in the process of producing urethanamines and alkylpidines.
4. Applications in fine filtration in the food industry:
It is used for the refining of industrial steam and the fine filtration of sugar liquid and alcohol.
Used to filter out residual yeast and diatomaceous earth in the beer production process.
Used in various hydrogenation industries to remove and recover catalysts.
5. Applications in environmental protection and sampling:
Used for filtration of various liquids and enrichment of particulate solids.
It is used to filter smoke and dust in high-temperature flue gas and clean filtration of gas and liquid sampling points.
Used for filtration of gas and liquid samples in chromatographic analysis.
6． Applications in power plant filtration:
Used for microporous media isolation ion exchange resin and as desalination device.
Used for filtering and collecting waste ion exchange resin.
7. Applications of fine filtration in the electronics industry:
Used for deionization and refining of industrial water and refining of phosphorus fluid.
Used for the refining of tape magnetic powder slurry and the refining of high-speed printer ink.
8. Applications of fine filtration in the textile industry:
Used for fine filtration of synthetic fiber monomers and polymers.
Matching filter elements for spinning heads.
The surface of the titanium microporous filter plate is coated with the precious metals ruthenium, iridium, iridium, tantalum, and platinum, which can be used as an anode plate or cathode plate for hydrogen fuel cells and ozone generators.
Tags :
Sintered titanium plate is a microfiltration element made of titanium sponge powder as raw material after filtration, shaping and sintering. It has high filtration precision, good air permeability, high mechanical strength, high material utilization, and is suitable for higher working temperatures.
