The sintered powder metal filter

Description

The sintered powder metal filter is made of metal powder pressed through a mold and then sintered at high temperature. It has the advantages of high mechanical strength, high-temperature resistance, good corrosion resistance, uniform pore size distribution, good air permeability, cleanable regeneration, welding, and machining, etc..
The sintered powder metal filters are widely used in gas-liquid filtration and separation in the fields of the chemical industry, medicine, beverage, food, metallurgy, petroleum, environmental protection and fermentation, dust removal, sterilization, and oil mist removal of various gases and steam; , gas buffer, etc.
1. Titanium powder sintered filter elements
â‘ Porous and sintered
â‘¡uniform structure, high porosity
â‘¢acid and alkali corrosion resistance,
④high temperature resistance to **0℃
⑤filtration precision is 0.*****0um
2. Stainless steel powder sintered filter elements
â‘ porous and sintered
â‘¡stainless steel **6L powder
③high temperature resistance to **0℃
â‘£acid and alkali resistance
⑤easy to clean and replace
3. Copper powder sintered filter elements
â‘ Material: copper powder
â‘¡Shape: sheet, tube, cup, plate, etc.
â‘¢Filtration precision: 3.***0μm
â‘£precise pore size, uniform distribution
Applications
1. Filtration/Separation of Liquid and Gas
TOPTITECH filters have the ability to either partially or entirely remove particle materials from a liquid or gaseous medium. Particulate matter can comprise undesired chemical and biological contaminants as well as suspended particles (sediment, metal chips, salt, etc.). It can also include algae, bacteria, fungal spores, and bacteria. Pore diameters in capstan filters range from 0.2 m to*00um.
2. Spargers
Examples of Uses for Sparging
Carbonization of Soda
Carbonization of beer
Stripping of Edible Oils from Oxygen
A gas is introduced into a liquid during sparging. It is used to either strip away a dissolved volatile liquid or an undesired dissolved gas (oxygen stripping). Moreover, a gas can be introduced into a liquid using it (carbonization). Traditionally, sparging produced 6 mm-diameter bubbles. Even lower bubble diameters are possible withTOPTITECH filter sparging, which increases the bubbles\' surface area and speeds up the sparging process.
3. Breathing PortsIn cylinders, gear boxes, manifolds, hydraulic systems, reservoirs, and other systems,TOPTITECH filters are frequently employed as breathing vents. Breather vents let air or gas flow into and out of a system while keeping particulates from getting inside and allowing for pressure equalization. Metal filters have a longer lifespan as a breather vent than other filter media because they may be backwashed to remove particulate particles.
4. Sensor protectionElectronic parts, thermometers, various sensors, vital parts of medical systems, and other delicate products can all be protected with sensor protection filters from water, liquids, sediment, dust, and pressure changes.
5. (Throttling/Dampening) Flow ControlAn air, gas, vacuum, and fluid flow system can useTOPTITECH filters to regulate flow. The filter\'s homogeneous pore sizes provide constant, repeatable flow management and can shield downstream components like sensors, valves, and other components from pollutants. Pneumatic clocks, gas supply control components, and time delay components are a few examples of applications where flow control is applied.
6.Exhaust mufflersTOPTITECH filters can function as an exhaust silencer by being sinter-bonded to any necessary fitting. In addition to preventing pollutants from entering the system and damaging solenoids and manifolds, the filter also helps to reduce exhaust noise. Also, the exhaust silencer filters reduce the volume of air being blown out of the system, which reduces pollutants drifting and safeguards adjacent equipment.
7. Pressure/Flow Equalization
The flow rate and pressure in a system can be equalized and controlled with TOPTITECH filters. As the gas or liquid passes across the even pores, equalization shields systems from a surge of liquid and generates a consistent flow