Product Overview
We are engaged in manufacturing and supplying of Micro Membrane Filtration Experimental Machine in Xiamen, Fujian, China. Conventional filtration means liquid directly passes through the filter membrane to enter the downstream, while large particles or molecules are trapped in the upstream or inside of the membrane, and small particles or molecules enter the downstream through the membrane under pressure action. The flow direction of the operating cube is perpendicular to the surface of the membrane, so it is also called "dead end filtration". The application of conventional filtration includes clarification and filtration, bacteria removal and filtration, virus filtering and so on. Tangential flow filtration means that the flow direction of liquid is parallel to the surface of the membrane. Under the action of pressure, only a part of liquid passes through the filter membrane to enter the downstream. This operation mode is called "cross flow filtration". As tangential flow continues to a scoura the membrane surface in filter process, so it effectively alleviates the accumulation of large particles and molecules on the membrane under this mode of operation, this makes this mode of operation unique in many applications. In the tangential flow filtration system, the material fluid is not forced to pass through a single path through the membrane as a dead end filtration. Instead, the fluid passes through the membrane surface repeatedly through the way of repeated re-circulation. The "cleaning", brought by pressure, reduces the accumulation of pollutants on the surface of the membrane. The flow of liquid produces shear force on the surface of the filter medium, which reduces the accumulation of the filter cake layer or the gel layer, thus ensuring the stable filtration speed. The target molecules with larger molecular weight than the film are retained, but small molecules and buffer solutions pass through the membrane. Tangential flow filtration can be used to separate large biomolecules from small biomolecules, capture cell suspensions, and clarify fermentation broth and cell lysate. It can be applied to a series of applications including protein chemistry, molecular biology, immunology, biochemistry and microbiology. Micro membrane filtration experimental equipment is a set of micro experimental devices designed by GUOCHU Technology specially for Laboratories in colleges, institutes and enterprises, it is mainly applicable to laboratory small-scale research. The system adopts imported flat membrane, and its molecular weight ranges from micro-filtration, ultra-filtration, nano-filtration and reverse osmosis to the full range of accuracy. It can realize the separation needs of micro-filtration, ultra-filtration, nano-filtration and reverse osmosis under a small amount of liquid in the laboratory. Features of Micro membrane filtration experimental equipment: i Simple and practical technology and beautiful appearance i Easy to install and easy to maintain i The operation of the equipment is convenient and the operation is stable i Stainless steel material, corrosion resistance, long equipment life i Compact design, small size of equipment and less area covering; i The area of filling membrane is small and the amount of material needed is less; i Reliable experimental parameters i Brand products, quality assurance i High pressure equipment is up to 40bar i Convenient replacement of diaphragm i Complete set of diaphragm, covering the whole range of micro-filtration, ultra-filtration, nano-filtration and reverse osmosis Micro membrane filtration experimental equipmentBasic performance parameters Model: GCM-FT-01 GCM-FT-01P Diaphragm diameter (CM)I 10I 10 Maximum working pressure (bar) 6 40 Adapting working temperature(a ) 0-45 0-45 Adaptation pH range2-132-13 Minimum cyclic volume (L)50ml50ml Total power (kw) 0.11.0 Outer size (m) 0.35A 0.25A 0.350.35A 0.25A 0.35
We are engaged in manufacturing and supplying of Micro Membrane Filtration Experimental Machine in Xiamen, Fujian, China. Conventional filtration means liquid directly passes through the filter membrane to enter the downstream, while large particles or molecules are trapped in the upstream or inside of the membrane, and small particles or molecules enter the downstream through the membrane under pressure action. The flow direction of the operating cube is perpendicular to the surface of the membrane, so it is also called "dead end filtration". The application of conventional filtration includes clarification and filtration, bacteria removal and filtration, virus filtering and so on. Tangential flow filtration means that the flow direction of liquid is parallel to the surface of the membrane. Under the action of pressure, only a part of liquid passes through the filter membrane to enter the downstream. This operation mode is called "cross flow filtration". As tangential flow continues to a scoura the membrane surface in filter process, so it effectively alleviates the accumulation of large particles and molecules on the membrane under this mode of operation, this makes this mode of operation unique in many applications. In the tangential flow filtration system, the material fluid is not forced to pass through a single path through the membrane as a dead end filtration. Instead, the fluid passes through the membrane surface repeatedly through the way of repeated re-circulation. The "cleaning", brought by pressure, reduces the accumulation of pollutants on the surface of the membrane. The flow of liquid produces shear force on the surface of the filter medium, which reduces the accumulation of the filter cake layer or the gel layer, thus ensuring the stable filtration speed. The target molecules with larger molecular weight than the film are retained, but small molecules and buffer solutions pass through the membrane. Tangential flow filtration can be used to separate large biomolecules from small biomolecules, capture cell suspensions, and clarify fermentation broth and cell lysate. It can be applied to a series of applications including protein chemistry, molecular biology, immunology, biochemistry and microbiology. Micro membrane filtration experimental equipment is a set of micro experimental devices designed by GUOCHU Technology specially for Laboratories in colleges, institutes and enterprises, it is mainly applicable to laboratory small-scale research. The system adopts imported flat membrane, and its molecular weight ranges from micro-filtration, ultra-filtration, nano-filtration and reverse osmosis to the full range of accuracy. It can realize the separation needs of micro-filtration, ultra-filtration, nano-filtration and reverse osmosis under a small amount of liquid in the laboratory. Features of Micro membrane filtration experimental equipment: i Simple and practical technology and beautiful appearance i Easy to install and easy to maintain i The operation of the equipment is convenient and the operation is stable i Stainless steel material, corrosion resistance, long equipment life i Compact design, small size of equipment and less area covering; i The area of filling membrane is small and the amount of material needed is less; i Reliable experimental parameters i Brand products, quality assurance i High pressure equipment is up to 40bar i Convenient replacement of diaphragm i Complete set of diaphragm, covering the whole range of micro-filtration, ultra-filtration, nano-filtration and reverse osmosis Micro membrane filtration experimental equipmentBasic performance parameters Model: GCM-FT-01 GCM-FT-01P Diaphragm diameter (CM)I 10I 10 Maximum working pressure (bar) 6 40 Adapting working temperature(a ) 0-45 0-45 Adaptation pH range2-132-13 Minimum cyclic volume (L)50ml50ml Total power (kw) 0.11.0 Outer size (m) 0.35A 0.25A 0.350.35A 0.25A 0.35
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