Introduction to Types and Applications of Teflon Stainless Steel Sieve Mesh

Teflon stainless steel screen is also known as Teflon stainless steel wire mesh, Teflon steel wire mesh, Teflon sprayed stainless steel anti-stick wire mesh, Teflon sprayed stainless steel mesh belt, PTFE sprayed mesh, oil-water separation mesh, Teflon coated wire mesh, tobacco machinery moisture recovery smoke box lining mesh.
Teflon stainless steel screen is separated by use name: Teflon sprayed stainless steel anti-stick wire mesh conveyor belt, Teflon sprayed stainless steel wire mesh, anti-stick stainless steel wire mesh, Teflon coated steel wire mesh, Teflon stainless steel wire mesh conveyor belt, oil-water separation net, oil-water separation equipment net, oil-water separation filter, oil-water separation net, oil-water separation filter, Teflon wire mesh, anti-stick stainless steel wire mesh, etc.
1. Teflon sprayed stainless steel wire mesh is also known as Teflon sprayed stainless steel screen, Teflon sprayed stainless steel filter, anti-stick stainless steel wire mesh.
Special/Teflon coated steel wire mesh material: 304, 304L, 316, 316L, etc.
Special/Teflon coated steel wire mesh weaving: plain weave and twill weave
Special/Teflon coated steel wire mesh performance: acid and alkali resistance, high temperature resistance, strong tension and wear resistance.
Special/Teflon coated steel wire mesh use: used for screening and filtering under acid and alkaline environment conditions, as mud nets in the petroleum industry, as screens and filters in the chemical and chemical fiber industries, as pickling nets in the electroplating industry, petrochemical filtration, oil-water separation, filtration in the food industry, food machinery transportation, etc. Our factory can design and manufacture various types of products according to user needs, and also undertake processing of supplied materials

2. PTFE spray mesh is also known as PTFE stainless steel wire mesh, PTFE stainless steel screen, PTFE filter mesh.
Bottom mesh material: 316L/316/304
Bottom mesh number: 200 mesh
Bottom mesh specifications: 1200X1000mm, 1200X1200mm
Surface characteristics: water-resistant, minimum water column height of 160mm.
Spraying process: PTFE is sprayed on the surface of the stainless steel wire mesh. After the spraying is cured, the gaps will not be blocked. The spraying is uniform and the surface is beautiful.

3. Teflon stainless steel screen is mainly used for the lining of tobacco machinery vacuum rehumidification cigarette box

4. Oil-water separation filter is also known as Teflon spraying mesh, Teflon coating filter, oil-water separation mesh, anti-stick stainless steel filter, Teflon spraying filter, Teflon spraying stainless steel wire mesh, Teflon coated steel wire mesh. The
oil-water separation filter specification mesh: 10-400 mesh, width 0.1m-30m, can be customized according to needs.
Oil-water separation filter material: 304/316/316L stainless steel wire mesh, copper wire mesh, alloy wire mesh, etc.
Oil-water separation filter is the main raw material for making coalescing filter element, separation filter element, various internal combustion locomotive filter elements, hydraulic oil filter elements, oil-gas separation filter elements, precision filter elements; various air filter elements, fuel filter elements, lubricating oil filter elements, as well as spray recovery, environmental protection purification and other types of products. It is
widely used in the filtration industry and can play the role of oil-water separation in various fuel, aviation kerosene, diesel, gasoline, lubricating oil, hydraulic oil and other pipeline systems. It can automatically drain water and allow oil to pass smoothly, and can remove free water and impurities in the oil.
The functional characteristics of the oil-water separation filter are as follows:
1. The oil-water separation filter is made of high-quality stainless steel mesh.
2. The function of the oil-water separation filter is to separate the water and oil in the oil. It has little resistance to oil, allowing the oil to pass smoothly, and has great resistance to water, so 10KG pressure water cannot pass, so it plays the role of oil-water separation.
3. The oil-water separation filter process is developed by introducing advanced foreign filtering technology and our company's advanced technology, and a variety of chemical components.
4. It is widely used in the filtration industry. The oil-water separation filter can play the role of oil-water separation in various fuel, aviation kerosene, diesel, gasoline, lubricating oil, hydraulic oil and other pipeline systems. It can automatically drain water and allow oil to pass smoothly. If used in conjunction with XSLZ-1 absorbent filter paper, it can remove free water in the oil <10PPM. The oil-water separation filter can withstand a temperature of 260°C, an acid concentration of 86%, and an alkali resistance of 90%.
Characteristics of oil-water separation filter:
Basic applications: 1. Oil-water separation of kerosene, gasoline and diesel; 2. Oil-water separation of lubricating oil, hydraulic oil and turbine oil; 3. Oil-water separation of heavy diesel; 4. Oil-water separation of animal, plant and other bio-oil products; 5. Oil-water separation of other oil-based solutions.
Basic performance: 1. Super hydrophobicity, super oleophilicity; 2. Oil-water separation function; 3. High separation accuracy of the membrane; 4. Super strong permeability of the net; 5. Acid, alkali, salt, chemical corrosion resistance; 6. Long continuous service life, safe and reliable.
Product description: Nano-interface mesh membrane with oil-water separation function
is an oil-water separation material that effectively intercepts micro-nano interface structure recognition functional materials.
Compared with traditional separation materials and centrifugal separation technology, it
has a more direct separation method, higher precision, and more durable. In the continuous flow of low-viscosity oil products, no power drive is required, no fault maintenance, saving time, saving costs, and being safe and reliable. Standard specifications and non-standard models of filter elements can be universally installed and used for a long time. In many cases, the operation and use are no different from ordinary filter elements, and can be washed or backwashed for cleaning and reuse.

5. Teflon coated wire mesh is also known as Teflon stainless steel wire mesh, anti-stick stainless steel wire mesh, PTFE coated stainless steel wire mesh, and oil-water separation filter element filter.
Teflon PTFE: PTFE non-stick coating can be used continuously at 260°C, has a high use temperature of 290-300°C, extremely low friction coefficient, good wear resistance and excellent chemical stability.
Teflon FEP: FEP non-stick coating melts and flows during baking to form a non-porous film, has excellent chemical stability, excellent non-stick properties, and a high use temperature of 200°C.
Teflon PFA: PFA non-stick coating melts and flows during baking to form a non-porous film like FEP. The advantages of PFA are that it has a higher continuous use temperature of 260°C and stronger toughness, and is particularly suitable for use in anti-stick and chemical resistance fields under high temperature conditions.
Teflon ETFE: ETFE is a copolymer of ethylene and tetrafluoroethylene. The resin is a tough fluoropolymer that can form a highly durable coating with excellent chemical resistance and can work continuously at 150°C.
The application of Teflon spray is usually a combination of its superior properties, including:
Teflon spray has a low friction coefficient among all solid materials, ranging from about 0.05 to 0.2, depending on the surface pressure, sliding speed and the application of the spray.
The surface of Teflon spray coating has extremely low surface tension, so it exhibits extremely strong non-stick properties. Very few solid substances can stick to the spray coating. Although gelatinous substances may have some adhesion to its surface, most materials are easy to clean on its surface.
In a fairly wide frequency range, Teflon has high dielectric strength, very low dielectric constant, and extremely high surface resistance. Through special formulations or industrial treatments, it can even have a certain degree of conductivity and can be used as an antistatic coating.
The surface of Teflon spray coating has extremely strong hydrophobicity and oleophobicity, so it is easier to clean thoroughly. In fact, in many cases, the spray coating exhibits self-cleaning properties.
Spray coating has extremely high temperature and fire resistance, which is due to Teflon's high melting point and autoignition point, as well as unexpectedly low thermal conductivity. The working temperature of Teflon spray coating can reach up to 290°C, and the intermittent working temperature can even reach 315°C.
After Teflon coating, it has the following characteristics:
1. Non-stickiness: Almost all substances do not adhere to the Teflon coating. Very thin films also show good non-stick properties.
2. Heat resistance: Teflon coatings have excellent heat and low temperature resistance. It can withstand high temperatures up to 300°C for a short time, and can generally be used continuously between 240°C and 260°C. It has significant thermal stability. It can work at freezing temperatures without becoming brittle and does not melt at high temperatures.
3. Sliding properties: Teflon coatings have a low friction coefficient. The friction coefficient changes when the load slides, but the value is only between 0.05-0.15.
4. Moisture resistance: The surface of Teflon coatings does not stick to water and oil, and it is not easy to stick to solutions during production operations. If there is a small amount of dirt, it can be removed by simply wiping. The downtime is short, saving work hours and improving work efficiency.
5. Wear resistance: Under high loads, it has excellent wear resistance. Under a certain load, it has the dual advantages of wear resistance and non-stick.
6. Corrosion resistance: Teflon is almost not corroded by drugs and can protect parts from any kind of chemical corrosion.