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24 mm Netwell™ Insert with 74 µm Mesh Size Polyester Membrane, Sterile

Corning Life Sciences

These 24mm diameter Netwell inserts have 74µm polyester mesh bottoms attached to polystyrene to rings or housing They are used as tissue carriers, supports and strainers for culture of small organs, tissue slices or explants at the air-media interface Handy carriers are available for immunocytochemical staining of tissue slices (sold separately) Provides coarse filtration of tissue homogenates, cell suspensions and microc…

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24 mm Netwell™ Insert with 440 µm Mesh Size Polyester Membrane, Sterile

Corning Life Sciences

These 24mm diameter Netwell inserts have 440µm polyester mesh bottoms attached to polystyrene to rings or housing They are used as tissue carriers, supports and strainers for culture of small organs, tissue slices or explants at the air-media interface Handy carriers are available for immunocytochemical staining of tissue slices (sold separately) Provides coarse filtration of tissue homogenates, cell suspensions and micro…

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PYREX® 50 mL Round Media Storage Bottles, with GL32 Screw Cap

Corning Life Sciences

These heavy duty 50 mL PYREX® round bottles can be used for storage as well as mixing and sampling. They include a linerless, one-piece autoclavable orange polypropylene plug seal GL32 threaded cap and a drip-free pouring ring. Optional red PBT caps and red ETFE pouring rings are available for dry heat sterilization (180°C). Bottles have permanent white enamel graduations and marking spots.Caution:DO NOT tighten caps immediate…

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PYREX® 0-10 mm Plain Bore Rotaflo® Two-Way In-Line Stopcock

Corning Life Sciences

These high performance Rotaflo® in-line stopcocks can be adjusted from a 0 to 10mm bore opening and have 13mm O. D. sidearms. They are designed so that only chemically resistant polytetrafluoroethylene (PTFE) and PYREX® borosilicate glass are in contact with liquids and gases. The Rotaflo® stopcock design permits fine flow adjustment. Lubrication is not required and assembly is fast because there are no O-rings, washers or nut…

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PYREX® 0-3 mm Plain Bore Rotaflo® Two-Way In-Line Stopcock

Corning Life Sciences

These high performance Rotaflo® in-line stopcocks can be adjusted from a 0 to 3mm bore opening and have 8mm O. D. sidearms. They are designed so that only chemically resistant polytetrafluoroethylene (PTFE) and PYREX® borosilicate glass are in contact with liquids and gases. The Rotaflo® stopcock design permits fine flow adjustment. Lubrication is not required and assembly is fast because there are no O-rings, washers or nuts.…

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PYREX® 0-6 mm Plain Bore Rotaflo® Two-Way In-Line Stopcock

Corning Life Sciences

These high performance Rotaflo® in-line stopcocks can be adjusted from a 0 to 6mm bore opening and have 10mm O. D. sidearms. They are designed so that only chemically resistant polytetrafluoroethylene (PTFE) and PYREX® borosilicate glass are in contact with liquids and gases. The Rotaflo® stopcock design permits fine flow adjustment. Lubrication is not required and assembly is fast because there are no O-rings, washers or nuts…

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PYREX® 0-10 mm Plain Bore Rotaflo® Two-Way 90° Angle Stopcock

Corning Life Sciences

These high performance Rotaflo® 90° angle stopcocks can be adjusted from a 0 to 10mm bore opening and have 13mm O. D. sidearms. They are designed so that only chemically resistant Polytetrafluoroethylene (PTFE) and PYREX® borosilicate glass are in contact with liquids and gases. The Rotaflo® stopcock design permits fine flow adjustment. Lubrication is not required and assembly is fast because there are no O-rings, washers or n…

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PYREX® 0-3 mm Plain Bore Rotaflo® Two-Way 90° Angle Stopcock

Corning Life Sciences

These high performance Rotaflo® 90° angle stopcocks can be adjusted from a 0 to 3mm bore opening and have 8mm O. D. sidearms. They are designed so that only chemically resistant Polytetrafluoroethylene (PTFE) and PYREX® borosilicate glass are in contact with liquids and gases. The Rotaflo® stopcock design permits fine flow adjustment. Lubrication is not required and assembly is fast because there are no O-rings, washers or nut…

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