The hydraulic oil filter is a filter component that can filter lubricating oil and industrial liquids. It is usually installed in the inlet filter of the hydraulic system to filter out metal particles and contaminants in the liquid medium to protect the normal operation of the machine equipment. When the hydraulic oil passes through the filter, impurities and particles larger than its pore size are retained on the surface of the filter, while particles smaller than the pore size pass through the filter and enter the system. In this way, impurities and contaminants in the hydraulic oil are effectively filtered out, ensuring the cleanliness and normal operation of the hydraulic system.

The dust filter cartridge is a high-efficiency filter element, which is mainly used to capture dust, particulate matter and smoke in industrial production to ensure air cleanliness and equipment operation safety. Its core features are high filtration accuracy, large dust holding capacity and long service life. It is widely used in woodworking, metallurgy, chemical industry, food, pharmaceutical and other industries.

The string wound filter element is made of textile fibers that have been specially processed using computer-controlled winding technology. They are tightly wound on a porous skeleton structure in a honeycomb shape, with sparse outside and dense inside, forming a deep filtration. The precise three-dimensional structure expands the internal filtration area of the filter element and effectively removes suspended matter, rust and particles in the fluid.

A hydraulic filter element is a crucial component in hydraulic systems, designed to remove contaminants (such as dirt, metal particles, and sludge) from hydraulic fluid. Its primary function is to protect hydraulic components (pumps, valves, cylinders) from wear, corrosion, and failure by ensuring clean oil circulation.

An air compressor oil separator is a critical filtration component designed to remove lubricating oil from compressed air in oil-injected rotary screw, scroll, or reciprocating compressors. It ensures that the discharged air is clean and oil-free while allowing the separated oil to return to the compressor’s lubrication system.

W-type sub-high efficiency air filter is a transitional filter between medium efficiency (F series) and high efficiency (HEPA). It has a filtration efficiency of 95%~99.9% (F9-H11 grade) for particles ≥0.5μm. It has the characteristics of low wind resistance and high dust holding capacity. It is often used in clean room pre-filtration, operating rooms, electronic factories and other places with high air quality requirements. It can significantly extend the life of HEPA filters.

It is mainly used to capture dust particles below 0.5um and various suspended solids. It uses ultra-fine glass fiber paper as filter material, offset paper, aluminum film and other materials as partition plates, and is bonded with wooden frame and aluminum alloy. Each unit has been tested by the nano-flame method and has the characteristics of high filtration efficiency, low resistance and large dust holding capacity.

The medium-efficiency air filter is the core component of the air purification system. It is mainly used to capture particles of 1~5μm (such as PM2.5, bacteria, pollen, etc.) and protect the back-end high-efficiency filter (HEPA/ULPA). It is widely used in hospitals, laboratories, electronic factories, food processing and other places with high requirements on air quality.

The primary air filter has four styles: plate type, folding type, bag type, and box type. The outer frame materials include paper frame, aluminum frame, galvanized iron frame, and stainless steel frame. The filter materials include non-woven fabrics, nylon mesh, activated carbon filter cotton, and metal mesh. The protective nets include double-sided plastic-sprayed wire mesh and double-sided galvanized wire mesh. They are inexpensive, light, versatile, and compact.

FG-24 Each layer of the filter performs a particular function. While all layers are designed to a specific micron rating, each lateral section removes contaminants. The outer layer typically removes the bulk solids. As contaminants move through the depth of the cone, the filter densities increase to meet increase to meet the required micron rating. The inner layers of the filter provide structural strength.