VWR* Culture Tube Disposable. Borosilicate Glass. Has a marking spot and reference mark for orientation during use. With threaded neck to accept screw cap. Does not include cap. Size, mm: 16O.D.x125L. Overflow volume: 16ml. GPI thread: 15-415
VWR* Macrotubes* Centrifuge tube, Maximum Centrifugal Force: 25, 000xg, with Caplock Clips*, Leak Proof, Syringe port in cap, Secure Seal From -86C To +80C, Low-Binding Virgin PP, Rnase & Dnase Free, Dimensions: 16.5 x 54mm, Unsurpassed Clarity, Volume: 5 ml
VWR* Macrotubes* Centrifuge tube, Maximum Centrifugal Force: 25, 000xg, with Caplock Clips*, Leak Proof, Syringe port in cap, Secure Seal From -86C To +80C, Low-Binding Virgin PP, Rnase & Dnase Free, Dimensions: 16.5 x 54mm, Colour: Green tinted, Volume: 5 ml
VWR* Macrotubes* Centrifuge tube, Maximum Centrifugal Force: 25, 000xg, with Caplock Clips*, Leak Proof, Syringe port in cap, Secure Seal From -86 deg C To +80 deg C, Low-Binding Virgin PP, Rnase & Dnase Free, Dimensions: 16.5 x 54mm, Colour: Red, Volume: 5 ml
VWR* Macrotubes* Centrifuge tube, Maximum Centrifugal Force: 25, 000xg, with Caplock Clips*, Leak Proof, Syringe port in cap, Secure Seal From -86C To +80C, Low-Binding Virgin PP, Rnase & Dnase Free, Dimensions: 16.5 x 54mm, Colour: Blue tinted, Volume: 5 ml
VWR* Five-O* 5mL tubes with screw cap packed separately, Centrifuge at up to 25000xg, RNase, DNase & pyrogen free, Unsurpassed Clarity, Dual graduations at every 0.2mL and 0.5mL, Temperature: -86 C to 110 C, Maximum Clarity Low-Binding Virgin Polypropylene
VWR* MacroTubes* Centrifuge tube, Maximum Centrifugal Force: 25, 000xg, with Caplock Clips*, Leak Proof, Syringe port in cap, Secure Seal From -86 deg C To +80 deg C, Low-Binding Virgin Polypropylene, Rnase & Dnase Free, Dimension: 16.5 x 54mm, Volume: 5 ml
VWR* Rack Expandable, Work 2 Store*, for holding 1.5/2.0 mL cryo and microtubes, Instantly creates more working space, Helps reduce potential cross contamination, Stops opened microfuge lids from interfering, Stack
Print…
List View
Easy View (new)
Facebook
Twitter
YouTube
Pinterest
Instagram