Applicable Industries of Filters
Filters have an extremely wide range of applications, covering almost all fields of industrial production and some civil service sectors. Their core function is to provide fluid (gas/liquid) purification, equipment protection, and product quality assurance for various industries. From high-precision chip manufacturing to daily food processing, different types of filters are indispensable.
Below are the main applicable industries of filters and their specific application scenarios:
1.Semiconductor & Chip Industry
Requires ultra-high efficiency air and liquid filters to remove particles larger than 0.12μm, ensuring an ultra-clean environment for chip production and preventing micro-impurities from causing chip scrap.
2.Petrochemical Industry
Oil extraction & refining: Filters solid impurities in crude oil to protect refining equipment; removes contaminants during petroleum product transportation to improve oil purity.
Chemical production: Separates solid particles and catalyst impurities from reaction products to ensure chemical product quality; treats industrial wastewater and waste gas to meet environmental protection standards.
Fine chemicals: In the production of titanium dioxide, adipic acid, etc., candle filters are used to remove micro-particles and guarantee product purity.
3.Electronics Industry
Removes dust and electrostatic particles from the air in production environments to ensure the cleanliness of electronic component manufacturing and avoid impurities affecting component performance.
4.Pharmaceutical Industry
Purifies air and process liquids during production to remove microorganisms and particles, meeting the sterile and pure requirements of pharmaceutical production and complying with industry regulations.
5.Food & Beverage Industry
Water treatment: Filters impurities and microorganisms from production water to ensure the safety of drinking water and beverages.
Raw material purification: In the production of alcohol, fruit juice, dairy products, edible oil, etc., filters suspended solids and impurities from raw materials to improve product taste and quality.
6.Automotive Industry
Engine supporting: Air filters ensure clean intake air, oil filters remove impurities from engine oil, and fuel filters filter particles in fuel, extending engine service life.
7.Water Treatment Industry
Domestic water: Water treatment plants use mechanical filters and activated carbon filters for raw water pretreatment to remove sediment, residual chlorine, etc.; household water purifiers filter impurities from drinking water.
Industrial wastewater: Separates suspended solids and pollutants from wastewater through filters to achieve up-to-standard discharge or recycling of wastewater.
Special water treatment: Membrane filters (e.g., reverse osmosis, ultrafiltration) are used to produce deionized water and pure water, meeting the high water quality requirements of electronics, pharmaceuticals, and other industries.
8.Energy Industry
Nuclear power plants: Filters radioactive substances from air and water to prevent pollutant spread and ensure the safe operation of nuclear power plants.
Thermal power generation: Uses electrostatic precipitators and other equipment to treat dust in flue gas; purifies circulating cooling water with filters.
New energy: In the production of zinc smelting and copper foil, candle filters are used for solid-liquid separation to improve production efficiency and resource recovery rate.
9.Medical Industry
Hospital operating rooms & sterile laboratories: Uses high-efficiency air filters to purify air and prevent surgical infections and experimental contamination.
Medical equipment: Some medical instruments are equipped with filters to ensure the purity of fluid media.
10.Metallurgical Industry
Steel mills: Filters are used for the hydraulic systems and lubrication equipment of rolling mills and continuous casters to protect the normal operation of equipment.
