English  |
HD-BDF035
HAIDE
848130
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Filtering accuracy: 0.1 μ m to 100 μ m.
Working pressure: 0.1-0.6MPa, some models can reach 0.75-1.6MPa.
Working temperature: 5-55 ° C, some design temperatures can reach 20 ° C-120 ° C.
Filter cartridge length: 5 inches, 10 inches, 20 inches, 30 inches, 40 inches.
Filter cartridge configuration: Available in 1-core, 3-core, 5-core, 7-core, 9-core, 11 core, 13 core, and 15 core configurations.
Surface treatment: mechanical polishing or electrolytic polishing.
Connection methods: flange, quick installation, welding, etc
food industry
Beverage production: During the beverage production process, sanitary grade stainless steel filters can be used to filter water, juice, carbonated beverages, etc., removing impurities and microorganisms to ensure the taste and hygiene safety of the beverage. For example, in juice production, filters can remove fibers and suspended solids from the fruit pulp, making the juice clearer and more transparent.
Dairy processing: used in the production of dairy products such as milk, yogurt, cheese, etc. Filters can remove bacteria, yeast, and other microorganisms from dairy products, extending the shelf life of the products. During the milk pasteurization process, filters can effectively remove impurities from milk and improve product quality.
Baked goods: In the production of baked goods, filters can be used to filter raw materials such as flour and syrup, ensuring the purity of the raw materials and improving the quality and taste of baked goods.
Pharmaceutical Industry
Raw material production: In the production process of chemical drugs, sanitary grade stainless steel filters can be used to filter raw materials, remove impurities and microorganisms, and ensure the purity and quality of drugs. For example, in the production of antibiotics, filters can remove impurities and microorganisms from fermentation broth, improving the yield and quality of antibiotics.
Preparation processing: During the preparation processing, filters can be used to filter medicinal liquids, syrups, etc., remove impurities and microorganisms, and ensure the hygiene and safety of the preparation. For example, in the production of injection solutions, filters can remove particles and microorganisms from the liquid, improving the safety and effectiveness of the injection solution.
Biological product production: In the production of biological products such as vaccines, serum, etc., filters can be used to filter culture media, cell debris, etc., ensuring the purity and safety of biological products.
Chemical industry
Fine chemical industry: In the production of fine chemical products, sanitary grade stainless steel filters can be used to filter various chemical reagents and intermediates, remove impurities and particles, and improve the purity and quality of products. For example, in the production of fine chemical products such as dyes and fragrances, filters can remove impurities and enhance the color and aroma of the products.
Water treatment: In the water treatment process of the chemical industry, filters can be used to filter wastewater, circulating water, etc., remove suspended solids and impurities, and improve water quality. For example, in the production process of soda ash, filters can remove impurities from wastewater and reduce environmental pollution.
Gas filtration: In the gas treatment process of the chemical industry, filters can be used to filter impurities and particles in the gas, improving the purity and quality of the gas. For example, in the chlor alkali industry, filters can remove impurities from chlorine gas and improve its purity
food industry
Beverage production: used for filtering water, fruit juice, carbonated beverages, etc., removing impurities and microorganisms, ensuring the taste and hygiene safety of beverages. For example, in juice production, fibers and suspended solids in the fruit pulp can be removed to make the juice clearer and more transparent.
Dairy processing:
Fresh milk filtration: removes impurities such as large particles and removes some microorganisms from fresh milk.
Respirator: Balance tank pressure and prevent pollution.
Steam fine filtration: removes impurities such as particles and pipeline rust from steam to meet sanitary steam standards.
Gas sterilization filtration (air, respirator): removes moisture and particles from compressed air to achieve sterilization level.
Gas pre filtration (air): removes some impurities and bacteria from the gas, protecting downstream sterilization filtration.
Liquid sterilization filtration: completely removes bacteria and other microorganisms from water, controlling pollution risks.
Liquid pre filtration: Pre filter disinfectant particles before liquid sterilization filtration.
Pre filtration: removes large particles and other impurities, extending the lifespan of the filter element.
Separation of whey and key components: Membrane filtration can effectively concentrate dairy products such as cheese and fermented products. It can also be used to separate the target components of high-value whey based ingredients. For example, permeate containing native whey protein can be further processed into higher value protein products.
Preliminary concentration: Reverse osmosis technology is used to preliminarily concentrate solutions before subsequent processing or transportation, effectively reducing transportation costs.
Removal of ions and minerals: Nanofiltration can not only remove or recover water, but also separate monovalent ions, achieving product demineralization treatment.
Fat and protein separation: Ultrafiltration technology is used to concentrate large molecules such as fat and protein in raw milk, pasteurized whole milk, or skim milk, while reducing lactose and mineral content.
Defatted milk processing: Microfiltration technology has two main application purposes: first, to remove bacteria and spores from skim milk, and second, to separate skim milk protein into casein and whey protein streams.
Baking food: used to filter flour, syrup and other raw materials to ensure their purity and improve the quality and taste of baked goods.
Pharmaceutical Industry
Raw material production: used to filter raw materials, remove impurities and microorganisms, and ensure the purity and quality of drugs.
Preparation processing: used for filtering medicinal liquids, syrups, etc., removing impurities and microorganisms, ensuring the hygiene and safety of the preparation.
Biological product production: used for filtering culture media, cell debris, etc., to ensure the purity and safety of biological products.
Chemical industry
Fine Chemicals: Used for filtering various chemical reagents and intermediates, removing impurities and particles, and improving product purity and quality.
Water treatment: used for filtering wastewater, circulating water, etc., removing suspended solids and impurities, and improving water quality.
Gas filtration: used to filter impurities and particles in gas, improve the purity and quality of gas
Used for sterilization and fine filtration of medicinal liquids and injection water.
During the pharmaceutical process, ensure the sterility of the liquid and comply with GMP standards.
Used for clarification and sterilization of fruit juice, beer, milk, etc.
Ensure the hygiene and safety of food and beverages, in compliance with FDA standards.
Used for filtering chemical agents to remove impurities.
In chemical production, ensure the purity of the liquid and prevent impurities from affecting the reaction.
Used for ultrapure water preparation to ensure high purity of water quality.
Environmental protection field
Used for wastewater treatment to remove small particles and bacteria from wastewater.
Used for purifying drinking water and industrial water, removing impurities and microorganisms from water.
High filtration accuracy: The filtration accuracy range is from 0.1 μ m to 100 μ m.
Strong corrosion resistance: Made of 304 or 316L stainless steel material, resistant to acid and alkali corrosion.
Hygiene grade design: The inner and outer surfaces have been polished to ensure no hygiene dead corners and comply with FDA and GMP standards.
Easy to operate: Designed for easy installation, disassembly, and cleaning, some models support recoil function.
Micro porous filters have become a key equipment in the field of liquid filtration due to their high efficiency, reliability, and hygiene, and are widely used in various industries such as medicine, food, and chemical engineering.
Filtering accuracy: 0.1 μ m to 100 μ m.
Working pressure: 0.1-0.6MPa, some models can reach 0.75-1.6MPa.
Working temperature: 5-55 ° C, some design temperatures can reach 20 ° C-120 ° C.
Filter cartridge length: 5 inches, 10 inches, 20 inches, 30 inches, 40 inches.
Filter cartridge configuration: Available in 1-core, 3-core, 5-core, 7-core, 9-core, 11 core, 13 core, and 15 core configurations.
Surface treatment: mechanical polishing or electrolytic polishing.
Connection methods: flange, quick installation, welding, etc
food industry
Beverage production: During the beverage production process, sanitary grade stainless steel filters can be used to filter water, juice, carbonated beverages, etc., removing impurities and microorganisms to ensure the taste and hygiene safety of the beverage. For example, in juice production, filters can remove fibers and suspended solids from the fruit pulp, making the juice clearer and more transparent.
Dairy processing: used in the production of dairy products such as milk, yogurt, cheese, etc. Filters can remove bacteria, yeast, and other microorganisms from dairy products, extending the shelf life of the products. During the milk pasteurization process, filters can effectively remove impurities from milk and improve product quality.
Baked goods: In the production of baked goods, filters can be used to filter raw materials such as flour and syrup, ensuring the purity of the raw materials and improving the quality and taste of baked goods.
Pharmaceutical Industry
Raw material production: In the production process of chemical drugs, sanitary grade stainless steel filters can be used to filter raw materials, remove impurities and microorganisms, and ensure the purity and quality of drugs. For example, in the production of antibiotics, filters can remove impurities and microorganisms from fermentation broth, improving the yield and quality of antibiotics.
Preparation processing: During the preparation processing, filters can be used to filter medicinal liquids, syrups, etc., remove impurities and microorganisms, and ensure the hygiene and safety of the preparation. For example, in the production of injection solutions, filters can remove particles and microorganisms from the liquid, improving the safety and effectiveness of the injection solution.
Biological product production: In the production of biological products such as vaccines, serum, etc., filters can be used to filter culture media, cell debris, etc., ensuring the purity and safety of biological products.
Chemical industry
Fine chemical industry: In the production of fine chemical products, sanitary grade stainless steel filters can be used to filter various chemical reagents and intermediates, remove impurities and particles, and improve the purity and quality of products. For example, in the production of fine chemical products such as dyes and fragrances, filters can remove impurities and enhance the color and aroma of the products.
Water treatment: In the water treatment process of the chemical industry, filters can be used to filter wastewater, circulating water, etc., remove suspended solids and impurities, and improve water quality. For example, in the production process of soda ash, filters can remove impurities from wastewater and reduce environmental pollution.
Gas filtration: In the gas treatment process of the chemical industry, filters can be used to filter impurities and particles in the gas, improving the purity and quality of the gas. For example, in the chlor alkali industry, filters can remove impurities from chlorine gas and improve its purity
food industry
Beverage production: used for filtering water, fruit juice, carbonated beverages, etc., removing impurities and microorganisms, ensuring the taste and hygiene safety of beverages. For example, in juice production, fibers and suspended solids in the fruit pulp can be removed to make the juice clearer and more transparent.
Dairy processing:
Fresh milk filtration: removes impurities such as large particles and removes some microorganisms from fresh milk.
Respirator: Balance tank pressure and prevent pollution.
Steam fine filtration: removes impurities such as particles and pipeline rust from steam to meet sanitary steam standards.
Gas sterilization filtration (air, respirator): removes moisture and particles from compressed air to achieve sterilization level.
Gas pre filtration (air): removes some impurities and bacteria from the gas, protecting downstream sterilization filtration.
Liquid sterilization filtration: completely removes bacteria and other microorganisms from water, controlling pollution risks.
Liquid pre filtration: Pre filter disinfectant particles before liquid sterilization filtration.
Pre filtration: removes large particles and other impurities, extending the lifespan of the filter element.
Separation of whey and key components: Membrane filtration can effectively concentrate dairy products such as cheese and fermented products. It can also be used to separate the target components of high-value whey based ingredients. For example, permeate containing native whey protein can be further processed into higher value protein products.
Preliminary concentration: Reverse osmosis technology is used to preliminarily concentrate solutions before subsequent processing or transportation, effectively reducing transportation costs.
Removal of ions and minerals: Nanofiltration can not only remove or recover water, but also separate monovalent ions, achieving product demineralization treatment.
Fat and protein separation: Ultrafiltration technology is used to concentrate large molecules such as fat and protein in raw milk, pasteurized whole milk, or skim milk, while reducing lactose and mineral content.
Defatted milk processing: Microfiltration technology has two main application purposes: first, to remove bacteria and spores from skim milk, and second, to separate skim milk protein into casein and whey protein streams.
Baking food: used to filter flour, syrup and other raw materials to ensure their purity and improve the quality and taste of baked goods.
Pharmaceutical Industry
Raw material production: used to filter raw materials, remove impurities and microorganisms, and ensure the purity and quality of drugs.
Preparation processing: used for filtering medicinal liquids, syrups, etc., removing impurities and microorganisms, ensuring the hygiene and safety of the preparation.
Biological product production: used for filtering culture media, cell debris, etc., to ensure the purity and safety of biological products.
Chemical industry
Fine Chemicals: Used for filtering various chemical reagents and intermediates, removing impurities and particles, and improving product purity and quality.
Water treatment: used for filtering wastewater, circulating water, etc., removing suspended solids and impurities, and improving water quality.
Gas filtration: used to filter impurities and particles in gas, improve the purity and quality of gas
Used for sterilization and fine filtration of medicinal liquids and injection water.
During the pharmaceutical process, ensure the sterility of the liquid and comply with GMP standards.
Used for clarification and sterilization of fruit juice, beer, milk, etc.
Ensure the hygiene and safety of food and beverages, in compliance with FDA standards.
Used for filtering chemical agents to remove impurities.
In chemical production, ensure the purity of the liquid and prevent impurities from affecting the reaction.
Used for ultrapure water preparation to ensure high purity of water quality.
Environmental protection field
Used for wastewater treatment to remove small particles and bacteria from wastewater.
Used for purifying drinking water and industrial water, removing impurities and microorganisms from water.
High filtration accuracy: The filtration accuracy range is from 0.1 μ m to 100 μ m.
Strong corrosion resistance: Made of 304 or 316L stainless steel material, resistant to acid and alkali corrosion.
Hygiene grade design: The inner and outer surfaces have been polished to ensure no hygiene dead corners and comply with FDA and GMP standards.
Easy to operate: Designed for easy installation, disassembly, and cleaning, some models support recoil function.
Micro porous filters have become a key equipment in the field of liquid filtration due to their high efficiency, reliability, and hygiene, and are widely used in various industries such as medicine, food, and chemical engineering.
