Ceramic filter cartridge

Product IntroductionMade from high-quality raw materials such as corundum sand, alumina, silicon carbide, cordierite, quartz, etc., through molding and high-temperature sintering. Its structure is uniformly distributed with a large number of open pores, which have the characteristics of easy control of micro pore size, high porosity, and uniform pore size. This filter element has low filtration resistance, good permeability, high temperature resistance, high pressure resistance, chemical corrosion resistance, acid and alkali corrosion resistance, aging resistance, high mechanical strength, simple regeneration, and long service life. As a filtration and purification material, it has been widely used in solid-liquid separation, gas purification, soundproof water treatment, aeration and other fields such as chemical, petroleum, metallurgy, food, electronics, pharmaceuticals, water treatment, etc.Characteristic1. High filtration accuracy, suitable for precision filtration of various media, ideal filtration accuracy can reach 0.1um, filtration efficiency>95%.2. Good acid and alkali resistance, suitable for filtering strong acid (such as sulfuric acid, hydrochloric acid, etc.), strong alkali (such as sodium hydroxide, etc.) media, and various organic solvents.3. High mechanical strength, suitable for filtering high-pressure fluids, with an ideal working pressure of up to 16MPa.4. Good thermal stability, suitable for filtering high-temperature gases such as smoke, etc., with a working temperature of up to 900 ℃.5. Long service life, generally ranging from 6 months to 3 years depending on the different filtering media.6. Easy to operate, sustainable operation, long blowback gap cycle, short blowback time, and easy automation operation.7. Good cleaning condition, porous ceramic itself is odorless, non-toxic, and free of foreign matter detachment, and can be used for sterile media filtration. Filters can be sterilized using high-temperature steam

Multi specification inorganic composite membrane components

Product IntroductionInorganic composite membrane components are pressure resistant shells assembled with inorganic composite membrane components. They are assembled with materials such as the shell, internal connectors, end plates, and sealing rings. Depending on industrial production needs, different specifications of membrane component shells can be used to achieve centralized loading of inorganic composite membrane components with different outer diameters and areas. The filling area of a single membrane module ranges from 0.02m2 to 40m2. The external design and sealing design of membrane components are crucial for the operation of inorganic composite membrane complete systems. According to different application environments, the supporting materials and shell materials used in membrane components mainly include metal materials such as stainless steel, titanium, carbon steel, or polymer materials such as polyvinyl chloride. In the design and manufacturing of membrane components, it is usually necessary to consider loading membrane elements with larger membrane areas per unit volume of shell, in order to reduce equipment volume and improve the processing capacity of the complete set of equipment.Basic Technical ParametersNumber of membrane components loaded: 1 core, 3 cores, 7 cores, 12 cores, 19 cores, 37 cores, 61 cores, 76 cores, 91 cores, 138 cores, 241 cores, etcMatching membrane element length and diameter: 100-1800mm/outer diameter: 25, 30, 40mmMain materials: SUS304 (L), SUS316 (L), Ti, carbon steel with rubber, PVC, FRPPSealing materials: EPDM, Fluoro Rubber, Silicon, PTFEInterface form: Flange, Clamp, Whorl couplingPressure rating: 0-1.0Mpa, 0-1.6Mpa, 0-2.5Mpa, 0-4.0MpaStandards: ISO, DIN/chemical grade, sanitary grade

Inorganic composite membrane module

Product IntroductionInorganic composite membrane components are pressure resistant shells assembled with inorganic composite membrane components. They are assembled with materials such as the shell, internal connectors, end plates, and sealing rings. Depending on industrial production needs, different specifications of membrane component shells can be used to achieve centralized loading of inorganic composite membrane components with different outer diameters and areas.The filling area of a single membrane module ranges from 0.02 square meters to 40 square meters. The external design and sealing design of membrane components are crucial for the operation of ceramic membrane complete systems. According to different application environments, the supporting materials and shell materials used in membrane components mainly include metal materials such as stainless steel, titanium, carbon steel, or polymer materials such as polyvinyl chloride. In the design and manufacturing of membrane components, it is usually necessary to consider loading membrane elements with larger membrane areas per unit volume of shell, in order to reduce equipment volume and improve the processing capacity of the complete set of equipment.Basic Technical ParametersNumber of membrane components loaded: 1 core, 3 cores, 7 cores, 12 cores, 19 cores, 37 cores, 61 cores, 76 cores, 91 cores, 138 cores, 241 cores, etcMatching membrane element length and diameter: 100-1800mm/outer diameter: 25, 30, 40mmMain materials: SUS304 (L), SUS316 (L), Ti, carbon steel with rubber, PVC, FRPPSealing materials: EPDM, Fluoro Rubber, Silicon, PTFEInterface form: Flange, Clamp, Whorl couplingPressure rating: 0-1.0Mpa, 0-1.6Mpa, 0-2.5Mpa, 0-4.0MpaStandards: ISO, DIN/chemical grade, sanitary grade

Inorganic microfiltration membrane equipment

Product IntroductionOrganic membrane industrial equipment mainly includes organic microfiltration membrane industrial equipment, organic ultrafiltration membrane industrial equipment, organic nanofiltration membrane industrial equipment, reverse osmosis membrane industrial equipment, etc. It can replace traditional plate and frame filtration forms and selectively separate materials within the molecular range, thereby achieving efficient, energy-saving, and environmentally friendly material separation, purification, concentration, etc. This process is a physical process that does not require phase changes or the addition of additives. This device adopts cross flow filtration method, effectively solving the problem of membrane fouling and blockage, and is easy to operate and maintain. Organic film industrial equipment has reduced production costs, improved product quality, and brought considerable economic, social, and environmental benefits to numerous enterprises.AdvantageThe core membrane components are made of imported organic membranes, and different configurations of membranes are selected based on process technology requirements and specific user needs to ensure the retention performance of membrane components, membrane flux, and the stability and reliability of the entire membrane system operation in different systems.The nanofiltration membrane system can achieve simultaneous desalination and concentration of materials at lower operating pressures, with a short production cycle, thorough desalination, high product purity, and good quality stability.According to the specific needs of customers, the permeate passing through the nanofiltration membrane can be recovered, and the membrane components can be restored to their ideal performance after professional cleaning, fully realizing the economic efficiency of the membrane equipment.The processing is always at room temperature without any phase change, and has no adverse effects on the active components in the material. It is particularly suitable for the treatment of thermosensitive substances, and the resulting product has a high content of active components. According to the process requirements, it can continue to enter the next section or directly undergo drying treatment.The system adopts a fully enclosed pipeline operation, made of sanitary grade stainless steel, ensuring safety and hygiene at the work site, and can meet GMP or FDA standardized production requirements.Due to the absence of phase change in the system processing, it remains at room temperature, resulting in low energy consumption and low operating costs.High degree of process integration, reasonable layout, fully automatic control, online monitoring of important process parameters, and real-time monitoring of system operation status. Professional on-site engineers will provide you with new information on system maintenance at any time.

Inorganic composite membrane equipment

Product IntroductionIt has the characteristics of strong anti pollution ability, easy cleaning, and high pressure resistance. It can replace microfiltration, ultrafiltration, and nanofiltration membrane elements. By switching through pipelines, different precision filtration experiments or production can be completed without disassembling the membrane elements, achieving unified experiments and cleaning, and facilitating operational needs; Widely used in multiple interdisciplinary fields such as fermentation, plant extraction, food and beverage, biopharmaceuticals, chemical engineering, and environmental protection for separation and purification.Basic technical parameters1. Filter area: 15 ㎡/set2. Working temperature: 4-55 ℃3. Work pressure: 0-1.2MPa4. Tolerant pH range: 2-115. Total installed power: 1.1Kw6. Membrane element area: 2.5 ㎡/piece7. Material of overcurrent components: SUS3048. Electricity demand: 220V/50HZ9. Equipment size: 1640 (length) x 1200 (width) x 1420 (height) mmProduct features and process introduction1. Integrated structural design, equipped with rollers, and quick installation pagoda joints for import and export2. Equipped with automatic overpressure protection function, automatic shutdown due to overpressure; Equipped with over temperature automatic protection function, automatically shuts down when over temperature occurs3. 6 microfiltration, ultrafiltration, and nanofiltration membrane elements can be selected, and the membrane elements comply with FDA, 3-A, and USDA hygiene standards, with strong anti pollution ability and stable flux4. Using domestically produced high-quality multi-stage vertical centrifugal pumps, the feed/circulation pump provides pressure and flow for the membrane components. The pump works stably, has reliable performance, and strong corrosion resistance5. The system is equipped with an automatic protection device and an emergency stop button. When pressed, the equipment will immediately stop and enter standby mode when reset6. If the membrane pressure is higher than the set value (the parameter can be adjusted, such as setting 0.8MPa), the system will be protected and automatically shut down with an alarm7. When the material temperature is higher than the upper limit set value or lower than the lower limit set value (the upper and lower limit parameters can be adjusted), the system will be protected and automatically shut down with an alarm.

Tubular ceramic membrane

Product IntroductionInorganic ceramic membrane is a precision ceramic filtration material with a porous structure made by high-temperature sintering of alumina, titanium oxide, zirconia, etc. The porous support layer, transition layer, and microporous membrane layer are asymmetrically distributed, and the filtration accuracy covers microfiltration, ultrafiltration, and nanofiltration. Ceramic membrane filtration is a fluid separation process in the form of "cross flow filtration": the raw material liquid flows at high speed in the membrane tube, and under pressure, the clear permeate containing small molecular components passes through the membrane in a direction perpendicular to it, while the turbid concentrate containing large molecular components is intercepted by the membrane, thereby achieving the purpose of separation, concentration, and purification of the fluid.Product classificationAccording to different membrane tubes, they are mainly divided into two series: ceramic membrane tubes and ceramic composite membrane tubesAccording to different pore sizes, it is mainly divided into two series: ceramic microfiltration membrane tubes and ceramic ultrafiltration membrane tubesAccording to the number of channels, it is mainly divided into two categories: single channel and multi-channel.We can select suitable ceramic membrane tubes or ceramic composite membrane tubes for customers based on their process requirements, processing systems, and relevant technical requirements.Basic technical parametersMembrane pore size: 1.2 μ m, 0.8 μ m, 0.5 μ m, 0.2 μ m, 0.1 μ m, 50 nm, 20 nm, 10 nm, 4 nmMembrane Material: Zirconia, Aluminum Oxide, Titanium OxideSupporting material: 99% Al2O3Separation layer material: MF&UF: a-Al2O3; ZrO2;TiO2Membrane length: optional specifications for matchingWork pressure: 0-1.0 MpaApplicable pH value: 1-14Porosity: 35-40%

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