Filter Elements

▶ Sintered mesh filter element

The sintered mesh filter element is made by vacuum sintering five or multiple layers of metal wire mesh, which has strong corrosion resistance, good permeability, high strength, easy cleaning and backwashing, precise filtration accuracy, clean and hygienic filter material, and the wire mesh does not fall off.

Features:

1. High strength: It has extremely high mechanical strength and compressive strength;

2. High precision: for 1 to 200 μ The filtration particle size of m can achieve uniform surface filtration performance;

3. Heat resistance: Can withstand continuous filtration from -200 ℃ to up to 600 ℃;

4. Cleanability: Due to the surface filtration structure with excellent countercurrent cleaning effect, the cleaning is simple;

5. It has good permeability, high strength, no need to add supporting structures, absolutely no material detachment phenomenon, strong corrosion resistance, easy cleaning, and not easy to damage.

Connection method:

The main connection methods include: standard interfaces (such as 222, 220, 226), quick interface connections, threaded connections, flange connections, pull rod connections, special customized interfaces, etc.

Application:

Used for filtration of polyester, water treatment, oil products, pharmaceuticals, food and beverage, chemical fiber products, as well as high-temperature air and other media.

▶ Sintered fiber filter element

The sintered fiber filter element is made of stainless steel fiber sintered felt, and the standard material is 316L. The finished felt is formed by layers with different pore sizes to form a gradient, which can control high filtration accuracy and pollutant absorption. It has a three-dimensional network, porous structure, high porosity, large surface area, and uniform pore size distribution, which can continuously maintain the filtration effect of the filter surface. Stainless steel sintered fiber filter can effectively compensate for the weaknesses of metal mesh blockage and wear, as well as the shortcomings of powder filtration products such as fragility and low flow rate. It has the characteristics of temperature resistance and pressure resistance. Therefore, stainless steel sintered fiber filter is a good filtering material with high temperature resistance, corrosion resistance, and high precision.

Features:

1. Large pollution capacity, high filtration accuracy, slow pressure rise, and long replacement cycle;

2. High porosity and good permeability, low pressure loss, and high flow rate;

3. Easy to process, shape, and weld;

4. We can produce additional production, thickened, reinforced mesh, and various other specifications according to customer requirements.

Product connection method:

Standard interfaces (such as 222, 220, 226), quick interface connections, threaded connections, flange connections, pull rod connections, and special customized interfaces.

▶ Metal pleated filter element

The filter material for stainless steel pleated filter mainly uses two types: stainless steel woven mesh and stainless steel fiber felt. Stainless steel woven mesh is made of stainless steel wire, and its corrugated mesh filter element has characteristics such as smooth pore channels, easy cleaning, high temperature resistance, corrosion resistance, non shedding of the wire mesh, and long filtration cycle.

Stainless steel fiber sintered felt is a porous deep filtration material made of stainless steel fibers sintered at high temperature. Its folded wave filter element has high porosity, good breathability, strong pollution absorption ability, and strong regeneration ability

Features:

Large filtration area (5-10 times that of a regular cylindrical filter) and wide filtration precision range (1-300) μ m).

Connection method:

Standard interfaces (such as 222, 220, 226), quick interface connections, threaded connections, flange connections, pull rod connections, and special customized interfaces.

Application:

1. Filtration of polymer melt in the production of polyester, long filament, short filament, and thin film;

2. High temperature gas and steam filtration;

3. Filtration of high-temperature liquids and viscous liquids.