China Synthetic filter elements: Synthetic filter elements use synthetic fibers, which have strong high temperature resistance and long service life. Manufacturer, Supplier, Factory

🧪 Technical parameters (example, actual reference to specific product manual): Parameter Description Model KFI 3310 Structure One-piece molded structure Filter material selection PTFE (polytetrafluoroethylene), PES (polyethersulfone), PP (polypropylene), GF (glass fiber), etc. Filter accuracy Commonly 0.1μm, 0.2μm, 0.45μm, 1μm, 5μm, 10μm, etc. Housing material Polypropylene (PP) or stainless steel housing (depending on the purpose) Length specification 10 inches, 20 inches, 30 inches, 40 inches and other standard lengths (3310 usually means 10 inches) Interface type 226, 222, flat, threaded and other interfaces Maximum operating temperature 80~130°C (depending on the filter material) Maximum working pressure 3~6 bar (determined by the housing and filter material) 🧰 Product features: ✅ One-piece molding design No secondary bonding, eliminating potential leakage risks Enhanced structural integrity and pressure resistance ✅ High filtration efficiency Filter material can achieve deep filtration, with a particle capture rate of up to 99.99% ✅ Good chemical compatibility Can handle acid, alkali, high temperature, solvent fluids ✅ Low pressure difference, long service life Optimized filter material pore structure, fast flow rate, small pressure difference ✅ Support online sterilization and CIP cleaning Suitable for food, pharmaceutical and other fields with high hygiene requirements

The main filter material of the ballast water filter element is made of three layers of pleated stainless steel woven mesh of varying mesh sizes. The stainless steel woven mesh is woven from stainless steel. The pleated filter element features smooth pores, easy cleaning, high-temperature and corrosion resistance, no mesh shedding, and a long filtration cycle.

Ordinary Type Cascade Filter is an electronic filter commonly used in signal processing. It consists of multiple single-stage filters connected together to form a cascade filter structure. A single-stage filter is a circuit that filters the input signal. It allows signals of a specific frequency to pass through, while filtering out signals of other frequencies. Cascading multiple single-stage filters can achieve a higher filtering effect and can achieve more stringent signal screening.

Basic product information Item Parameter Description Filter element model 17M-01-49670 Product name Hydraulic oil filter / oil filter Brand matching Komatsu (Komatsu) Applicable media Hydraulic oil, lubricating oil Filter accuracy Commonly 10μm or 25μm (depending on the specific specifications) Type of use Built-in filter element, installed in the hydraulic oil tank or oil circui Functions and effects Efficiently filter impurities: filter iron filings, metal powders, rubber particles, sludge and other pollutants in hydraulic oil. Protect the hydraulic system: prevent pollutants from entering the hydraulic pump and control valve, and increase the service life of the hydraulic system. Maintain hydraulic stability: keep the oil circuit unblocked, and ensure that the hydraulic control system is responsive and runs smoothly. Extend the oil change cycle: improve the cleanliness of the hydraulic oil and reduce maintenance costs. Application equipment range Filter element 17M-01-49670 is widely used in Komatsu excavators, loaders, bulldozers and other equipment, such as: Komatsu PC200-8 Komatsu PC220 Komatsu D65/D85 and other models (subject to actual equipment)

FS20190 fuel filter utilizes advanced multi-layer filtration media to improve fuel purity, enhance engine efficiency, and prevent injector damage. The industrial-grade construction ensures durability under extreme conditions, making it ideal for commercial trucks, buses, and construction machinery.

Wire wound filter elements are deep-bed filters designed for filtering high-viscosity, low-impregnation materials. They are made from textile fiber yarn (polypropylene, absorbent cotton, etc.) precisely wound around a porous framework (polypropylene or stainless steel) using a specific process.