The PALL filter element boasts a range of features that make it an effective filtration option.

• Strong Hydrophobicity : PALL filter element has excellent hydrophobicity, which can effectively prevent moisture and other liquids from entering the system, protecting equipment from moisture damage.
• Large Filtration Area : The filter element uses high-efficiency filter materials such as to provide a large filtration area, which can efficiently filter impurities in liquids or gases.
• Strong Oil Permeability : The filter element design takes into account good oil permeability, and can maintain stable filtration performance even under high pressure and high flow conditions.
• Simple and Easy to Install Structure : The PALL filter element has a simple structural design that facilitates quick installation and replacement, reducing maintenance time and costs.
• Dense and Uniform Pore Size of Filter Element : The pore size distribution of the filter element is uniform and dense, which can efficiently intercept small particles and ensure filtration accuracy.
• High Filtration Efficiency : Due to the bridging phenomenon of particles in the filter pores, particles smaller than the pores can also be effectively blocked, and the filtration efficiency reaches over 98%.
• High Self-Cleaning : The filter material has high cleanliness, no pollution to water quality, and ensures the purity of the filtered liquid.
• Corrosion of Acid and Alkali Resistant Chemical Reagents and Organic Solvents : The filter material has good chemical compatibility and can withstand corrosion from various strong acids, strong bases, and organic solvents.
• High Strength : The filter element can maintain its excellent physical strength by withstanding a pressure difference of 0.4mpa without deformation.
• Long Service Life and Low Cost : PALL filter has strong cleaning ability, long service life, low long-term use cost, and good economic benefits.

Petrochemicals

In the refining and chemical production processes, separation and recovery of products and intermediate products require efficient filtration systems. Petrochemicals also involve the purification of liquids, including magnetic tapes, optical discs, and photographic films during manufacturing. Additionally, the filtration of oil field well water and natural gas is necessary for particle removal.

Textile

In textile manufacturing, it is essential to purify and uniformly filter the polyester melt during the wire drawing process. Protective filtration systems are also used for air compressors, and oil and water removal from compressed gas is required.

Electronics and Pharmaceuticals

Reverse osmosis water and deionized water require pre-treatment and filtration during electronics and pharmaceutical production. Additionally, cleaning solutions and glucose require pre-treatment and filtration before use.

Thermal and Nuclear Power

Purification systems are necessary for lubrication systems, speed control systems, and bypass control systems of gas turbines and boilers. Feed pumps, fans, and dust removal systems also require filtration. Nuclear power plants require rigorous filtration systems for the safety of the plant and the public.

Mechanical Processing Equipment

Purified lubrication systems and compressed air are necessary for paper making machinery, mining machinery, and large precision machinery. Additionally, dust recovery and filtration are required for tobacco processing equipment and spraying equipment.

Railway and Engines and Generators

The filtration of lubricating oil and engine oil is essential in railway internal combustion engines and generators. Filtration systems ensure the correct viscosity and eliminate contaminants that can cause damage to the engine.

Automotive Engines and Construction Machinery

Internal combustion engines, construction machinery, ships, and heavy-duty vehicles require air filters, oil filters, and fuel filters to prevent contamination. Various hydraulic oil filters, diesel filters, and water filters are necessary for construction machinery.