Wedge Wire Screen Tube Manufacturer in China

Wedge wire filter is a common high-efficiency filter, mainly used for separation and filtration of liquids, gases or solid particles. It is woven from wedge-shaped metal wires (usually stainless steel) to form a mesh structure with high durability and filtration accuracy. Due to its special design, wedge wire filter elements are widely used in many industrial environments that require high-efficiency filtration, high temperature resistance and corrosion resistance.

Working principle of wedge wire filter element:

The filter surface of the wedge wire filter element is composed of interwoven wedge-shaped metal wires. These metal wires play two major roles in the filtration process:

Physical filtration: Through the pores of the wedge wire mesh, solid particles and impurities in the liquid or gas are filtered out. Because the mesh of the wedge wire is arranged in a trapezoidal shape from large to small, the filtration effect is more uniform and efficient.

Support and cleaning: The wedge structure has very strong mechanical strength and can withstand high pressure. In addition, the surface of the filter element has a self-cleaning function, which reduces the accumulation and blockage of impurities and prolongs the service life.

Features of wedge wire filter element:

High strength: Due to the wedge-shaped structure of the metal wire, this filter element can withstand high pressure and mechanical stress.

Corrosion resistance: Most wedge wire filter elements are made of stainless steel or other corrosion-resistant materials, and can work stably in corrosive environments such as acid, alkali, and salt.

High temperature resistance: Wedge wire filter elements can withstand high operating temperatures and are suitable for high temperature environments.

Flow stability: Due to the uniform pores, wedge wire filter elements can provide stable flow and high filtration efficiency.

Self-cleaning function: The filter element design enables it to have a certain self-cleaning function, reducing the frequency of cleaning and maintenance.

Application areas of wedge wire filter elements:

Water treatment

Industrial wastewater treatment: Wedge wire filter elements are widely used in the filtration of industrial wastewater, which can effectively remove solid particles and suspended matter in the water and protect subsequent equipment such as pumps and filters.

Tap water purification: Used for tap water filtration to ensure the removal of impurities in the water and provide clean drinking water.

Seawater desalination: In the process of seawater desalination, wedge wire filter elements help remove large particle impurities in seawater and protect precision equipment such as reverse osmosis membranes.

Oil and Gas

Oilfield Exploration: In the process of oil extraction, wedge wire filter elements are used to filter solid impurities in crude oil, prevent pipeline blockage and ensure the fluidity of oil and gas.

Natural Gas Processing: In the process of natural gas purification, wedge wire filter elements are used to remove solid particles in the gas to ensure gas cleanliness.

Drilling Fluid Filtration: In the drilling process, wedge wire filter elements are often used to filter drilling fluid, remove solid particles in mud, and protect drilling equipment.

Chemical and Pharmaceutical

Solid-Liquid Separation: In the chemical reaction process, wedge wire filter elements can be used to separate solid particles in chemical reaction products to ensure the purity of the reaction products.

Drug Production: In the pharmaceutical industry, wedge wire filter elements are used for liquid filtration in drug production to ensure the purity and quality of drugs.

Food and Beverage Industry

Beverage Production: In the processing of foods such as juice, beer, wine, and edible oil, wedge wire filter elements can remove impurities in liquids to ensure product quality.

Dairy Filtration: In the production of dairy products, wedge wire filter elements are used to filter impurities in milk to ensure the quality and safety of finished products.

Mining and Metallurgy

Slurry Filtration: Wedge-shaped wire filter elements are used in mining to filter slurry, remove solid particles in ore, and ensure the smooth progress of ore extraction process.

Solid-Liquid Separation in Smelting Process: In the smelting process, wedge-shaped wire filter elements are used for solid-liquid separation, remove insoluble matter, and improve the purity of metal.

Environmental Protection

Waste Disposal and Resource Recovery: Wedge-shaped wire filter elements are used to filter solid impurities in the process of waste sorting and resource recovery.

Pollution Control: In the treatment of air, soil and groundwater pollution, wedge-shaped wire filter elements can be used to separate solid and liquid pollutants.

Marine Engineering

Seawater Filtration: In marine engineering such as seawater desalination plants and offshore oil and gas extraction, wedge-shaped wire filter elements are used to filter seawater, remove large particles of impurities, and protect equipment.

Ship Drainage System: In the ship's drainage system, wedge-shaped wire filter elements can be used to filter impurities in seawater to ensure the normal operation of the system.

Cooling system and lubrication system

Coolant filtration: In the coolant system of industrial equipment and engines, wedge wire filter elements are used to remove impurities and metal chips to ensure the normal flow of coolant.

Lubricating oil filtration: In the lubricating oil system of industrial equipment, wedge wire filter elements can effectively filter solid impurities in the lubricating oil to ensure the smooth operation of the machinery.

Wedge Wire Screen Tube Manufacturer in China

Anping Haopeng Wire Mesh Co., Ltd. is a Chinese manufacturer specializing in galvanized wire products, welded wire mesh and mesh fence, perforated metal sheet, expanded metal, stainless steel filter element, wedge wire filter element.

Wedge wire filter elements are efficient and durable filters suitable for occasions that require fine filtration and processing of high-pressure, high-temperature or corrosive liquids and gases. Its unique design makes it widely used in many industrial fields, including water treatment, oil and gas, chemicals, food and beverage, mining, environmental protection and other industries.