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Needle filters are disposable membrane-type devices used to remove solid impurities from liquid and gaseous samples prior to analysis by methods such as HPLC, ion chromatography, gas chromatography, ICP, and dissolution tests. Proper sample filtration improves the quality and consistency of analysis results and reduces instrument downtime. For fast and effective filtration, disposable needle filters are usually used. The choice depends on the specific application. Sterile needle filters can be used to sterilize or clarify sterile solutions, while non-sterile needle filters are used for general filtration and sample cleaning. Needle filters are classified according to two main characteristics: membrane and housing. Both characteristics must be adapted to the application conditions and the filtrate. 

Needle filter membranes are selected according to the material, filter diameter and pore size, while needle filter housings are selected according to the final application in terms of material and style.  

Specification Diameter: 13mm 25mm 33mm
Membrane pore size: 0.10μm 0.22μm 0.45μm 0.80μm
Membrane Type: MCE NYLON PVDF PES PTFE CA SFCA PES etc

Needle filters are disposable membrane-type devices used to remove solid impurities from liquid and gaseous samples prior to analysis by methods such as HPLC, ion chromatography, gas chromatography, ICP, and dissolution tests. Proper sample filtration improves the quality and consistency of analysis results and reduces instrument downtime. For fast and effective filtration, disposable needle filters are usually used. The choice depends on the specific application. Sterile needle filters can be used to sterilize or clarify sterile solutions, while non-sterile needle filters are used for general filtration and sample cleaning. Needle filters are classified according to two main characteristics: membrane and housing. Both characteristics must be adapted to the application conditions and the filtrate. 

Needle filter membranes are selected according to the material, filter diameter and pore size, while needle filter housings are selected according to the final application in terms of material and style.  

Specification Diameter: 13mm 25mm 33mm
Membrane pore size: 0.10μm 0.22μm 0.45μm 0.80μm
Membrane Type: MCE NYLON PVDF PES PTFE CA SFCA PES etc

Needle filters are disposable membrane-type devices used to remove solid impurities from liquid and gaseous samples prior to analysis by methods such as HPLC, ion chromatography, gas chromatography, ICP, and dissolution tests. Proper sample filtration improves the quality and consistency of analysis results and reduces instrument downtime. For fast and effective filtration, disposable needle filters are usually used. The choice depends on the specific application. Sterile needle filters can be used to sterilize or clarify sterile solutions, while non-sterile needle filters are used for general filtration and sample cleaning. Needle filters are classified according to two main characteristics: membrane and housing. Both characteristics must be adapted to the application conditions and the filtrate. 

Needle filter membranes are selected according to the material, filter diameter and pore size, while needle filter housings are selected according to the final application in terms of material and style.  

Specification Diameter: 13mm 25mm 33mm
Membrane pore size: 0.10μm 0.22μm 0.45μm 0.80μm
Membrane Type: MCE NYLON PVDF PES PTFE CA SFCA PES etc

Needle filters are disposable membrane-type devices used to remove solid impurities from liquid and gaseous samples prior to analysis by methods such as HPLC, ion chromatography, gas chromatography, ICP, and dissolution tests. Proper sample filtration improves the quality and consistency of analysis results and reduces instrument downtime. For fast and effective filtration, disposable needle filters are usually used. The choice depends on the specific application. Sterile needle filters can be used to sterilize or clarify sterile solutions, while non-sterile needle filters are used for general filtration and sample cleaning. Needle filters are classified according to two main characteristics: membrane and housing. Both characteristics must be adapted to the application conditions and the filtrate. 

Needle filter membranes are selected according to the material, filter diameter and pore size, while needle filter housings are selected according to the final application in terms of material and style.  

Specification Diameter: 13mm 25mm 33mm
Membrane pore size: 0.10μm 0.22μm 0.45μm 0.80μm
Membrane Type: MCE NYLON PVDF PES PTFE CA SFCA PES etc

Cell culture flasks are the most suitable vessels for long-term cell culture, mass cell multiplication, and prevention of contamination in the laboratory. Untreated surfaces are suitable for suspension cell culture; TC-treated polystyrene-treated surfaces are hydrophilic and suitable for adhesion and reproduction of conventional cell lines; B&M® Hyper Hydrophilic treated surfaces are improved surfaces that improve the adhesion and growth of refractory cells, as well as allowing for wall adhesion and multiplication, for example, of primary or transfected cell lines in low-humidity/serum-free conditions.

As an important tool widely used in cell culture, cell culture plates come in a variety of shapes, sizes, and applications. Made of high-quality polystyrene, using ultra-precise molds and fully automated production processes, cell culture plates are used for laboratory cell culture and have excellent optical properties for microscopic observation.

Petri dish is a kind of laboratory glassware for microbiological or cell culture, which is composed of a flat disc-shaped bottom and lid, suitable for laboratory inoculation, scarification, bacterial separation, and can also be used for routine culture of animal and plant cells, etc.

Serum pipettes are mainly used to accurately measure or transfer a certain volume of fluid, widely applied in cell culture, bacteriology, clinical, research experiments and other fields. The products are made of highly transparent polystyrene and are packaged in paper-plastic bags, with different colors being used to distinguish pipettes of different sizes.

B&M's® 384-well nucleic acid isolation plates are based on the classic silica gel membrane technology. Under conditions of high salt content and low pH, nucleic acids are adsorbed on the silica gel membrane, and impurities such as polysaccharides and proteins are not adsorbed. Further rinsing removes the remnants of impurities. Finally, pure nucleic acids are produced by elution with a slightly saline solution or pure water.

24/96/384 well nucleic acid extraction plate is an auxiliary material for high-performance nucleic acid extraction and separation, which is mainly used for primer desalination, enrichment, extraction and nucleic acid separation. It can conveniently and quickly process 24, 96, 384 biological samples as 24/96/384 biological samples for the purpose of separation, extraction, beneficiation, desalination, purification, recovery, and so on. 

B&M's® 96-well nucleic acid isolation plates are based on the classic silica gel membrane technology. Under conditions of high salt content and low pH, nucleic acids are adsorbed on the silica gel membrane, and impurities such as polysaccharides and proteins are not adsorbed. Further rinsing removes the remnants of impurities. Finally, pure nucleic acids are produced by elution with a slightly saline solution or pure water.

24/96/384 well nucleic acid extraction plate is an auxiliary material for high-performance nucleic acid extraction and separation, which is mainly used for primer desalination, enrichment, extraction and nucleic acid separation. It can conveniently and quickly process 24, 96, 384 biological samples as 24/96/384 biological samples for the purpose of separation, extraction, beneficiation, desalination, purification, recovery, and so on. 

B&M's® 24-well nucleic acid isolation plates are based on the classic silica gel membrane technology. Under conditions of high salt content and low pH, nucleic acids are adsorbed on the silica gel membrane, and impurities such as polysaccharides and proteins are not adsorbed. Further rinsing removes the remnants of impurities. Finally, pure nucleic acids are produced by elution with a slightly saline solution or pure water.

24/96/384 well nucleic acid extraction plate is an auxiliary material for high-performance nucleic acid extraction and separation, which is mainly used for primer desalination, enrichment, extraction and nucleic acid separation. It can conveniently and quickly process 24, 96, 384 biological samples as 24/96/384 biological samples for the purpose of separation, extraction, beneficiation, desalination, purification, recovery, and so on. 

B&M's® 24-well nucleic acid isolation plates are based on the classic silica gel membrane technology. Under conditions of high salt content and low pH, nucleic acids are adsorbed on the silica gel membrane, and impurities such as polysaccharides and proteins are not adsorbed. Further rinsing removes the remnants of impurities. Finally, pure nucleic acids are produced by elution with a slightly saline solution or pure water.

24/96/384 well nucleic acid extraction plate is an auxiliary material for high-performance nucleic acid extraction and separation, which is mainly used for primer desalination, enrichment, extraction and nucleic acid separation. It can conveniently and quickly process 24, 96, 384 biological samples as 24/96/384 biological samples for the purpose of separation, extraction, beneficiation, desalination, purification, recovery, and so on.