Kontes™ Membrane Filtration Glassware from Restek Used for routine filtration of corrosive liquids and removal of particles from HPLC solvents $62.10 - $833.50 Specifications For Use With (Equipment) Microfiltration Apparatus View More Specs Products 13 Description Specifications Description
CellPro™ Vacuum Filtration Flasks, 1000ML, 0.45µm membrane, 12/Cs. V100045. $229.00. Add to Cart. Add to Quote. Product Description. CellPro™ Filtration Flasks are available in filter medium PES 0.22µm and 0.45µm. The screw-on funnel has a lid, the filtration section has a graduated connection that fit multiple hoses, and the receiving
Filtering Flasks. Filtering flasks are used in numerous general laboratory procedures for rapid filtration of liquids. Typical flask design includes a conical shape with a flat bottom, tapered neck, and a sidearm for use in vacuum filtration. Filtering flasks are most commonly manufactured from borosilicate glass with thick walls that can withstand pressure under vacuum.
If the membrane does not have a substrate, it is bio-directional and either side can be used as the inlet. If it has a substrate, the substrate layer will be more coarse and ridged than the membrane side. The membrane side would be the inlet and the coarse substrate side the outlet. The solvent should enter the inlet side of the membrane first.
MMM 0.1 µm 8” X 11” SHEET. Product ID. T9EXPPA0010S00M. Unit of Measure. 1/PAC. Min Order Qty. 1. Add to Quote. $ 42.90 / PAC.
Membrane Filter Flask Manufacturer EROSE, EROSE Membrane Filter Flask Trader, Membrane Filter Flask Dealer, Membrane Filter Flask Exporter GLASS AGENCIES are
Filtration Flask Material: borosilicate glass Filter Flask Capacity: 500ml or 1000ml Funnel Capacity: 300ml (50mL graduations for quick, easy measurement) Diameter Outside: 50mm/ 2.0inch Aluminum clamp Filtr8 Lab Filtration Pump 2 feet of tubing with silicone flask connector EVA Carrying Case for pump Vacuum Pressure: 80-100 in H2O (3-4 PSI
Filter Flasks. Heavy walled to ensure the mechanical strength needed for vacuum filtration. DURAN® filtering flasks are available in Erlenmeyer shape and bottle shape. Manufactured from borosilicate glass. DURAN® filters and filter plates are ideal for separations, e.g. with strong acids or alkalis. + Refine.
Filter Flasks. VWR supplies filter flasks for vacuum filtration that feature heavier walls to insure mechanical strength. Select borosilicate glass, one-piece molded nalgene, or polypropylene models with a hose barb for connection to flexible tubing. Choose autoclavable flasks of varying capacities and graduation ranges, including microscale options.
Clear borosilicate glass membrane filtration apparatus for popular 47mm filter paper and nylon membranes for air, water and waste water analysis. Complete apparatus includes, Stainless steel pinch clamp, Filter flask, Funnel and Course porosity (90-150), membrane support piece with ground joint connection. Unit dis-assembles for easy cleaning.
Make sure this fits by entering your model number.; Made of high-quality borosilicate glass, which is strong, durable and heat-resistant ; Provides a Lab Filtration Unit plus 0.22 μm pore size Nylon Filter Membranes, including a 1000mL filter flask, a 300mL graduated funnel, filter papers and an aluminum clamp
Membrane Microfiltration Glassware. This 47 mm filtration apparatus with fritted glass support is recommended for routine filtration of corrosive liquids and removal of particles from LC solvents. The ground joint connection eliminates phthalate contamination that can occur when using silicone or neoprene stoppers.
May 04, 2022 · Step-by-step Procedures. Collect the sample and make any necessary dilutions. Select the appropriate nutrient or culture medium. Dispense the broth into a sterile Petri dish, evenly saturating the absorbent pad. Flame the forceps, and remove the membrane from the sterile package. Place the membrane filter into the funnel assembly.
Dec 14, 2020 · Membrane filtration unit also known as the “Membrane filtration assembly”. It consists of a funnel, locking ring, carbon disc, stainless base, rubber stopper, filter flask, and Vacuum pump. The funnel is located at the top, which is used to pass the water sample. A locking ring or clamp is located at the end of this stainless funnel.
an additional flask between filtering flask and vacuum source to trap carry - over water. 4.6 Filter membranes: 4.6.1 Use membrane filters with a rated pore diameter such that there is complete retention of coliform bacteria (0.45 + 0.02 um). Use onl y those filter membranes that have been found, through adequate quality