DURAN baffled flask, GL 45 with bottom baffles, without cap/500ml
₹14,432.40 + ₹2,597.83 GST
₹17,030.23 (Incl. of all taxes)
In stock
Overview
DURAN baffled flask - GL 45 with bottom baffles - without cap/500ml -"• Due to limited oxygen transfer - cell growth is restricted in standard Erlenmeyer flasks.• Larger surface of the content results in a higher possible oxygen intake due to increased gas exchange area.• Baffled flasks -interrupt the laminar flow to create a turbulent flow -increase the surface of the liquid and the gas exchange -surface produce a higher oxygen transfer compared to standard Erlenmeyer flasks Benefits of DURAN baffled flasks • completely automated machine manufacturing -reproducible geometry -comparable results -• complete with membrane screw cap (reproducible gas exchange) • with retrace code (batch certificate via internet) When cultivating microorganisms Erlenmeyer flasks on an orbital shaker - the oxygen intake is frequently the limiting factor for cell growth. The DURAN Erlenmeyer flask with four baffles on the bottom interrupts the laminar flow to create a turbulent flow. The surface of the liquid and the gas exchange surface is increased - so that the oxygen intake can be increaesed."
| Product Code | 2128344 |
|---|---|
| Brand | DURAN |
| Usually dispatched in | 2-3 WEEKS |
| Pack Size | 4 |
DURAN baffled flask - GL 45 with bottom baffles - without cap/500ml -"• Due to limited oxygen transfer - cell growth is restricted in standard Erlenmeyer flasks.• Larger surface of the content results in a higher possible oxygen intake due to increased gas exchange area.• Baffled flasks -interrupt the laminar flow to create a turbulent flow -increase the surface of the liquid and the gas exchange -surface produce a higher oxygen transfer compared to standard Erlenmeyer flasks Benefits of DURAN baffled flasks • completely automated machine manufacturing -reproducible geometry -comparable results -• complete with membrane screw cap (reproducible gas exchange) • with retrace code (batch certificate via internet) When cultivating microorganisms Erlenmeyer flasks on an orbital shaker - the oxygen intake is frequently the limiting factor for cell growth. The DURAN Erlenmeyer flask with four baffles on the bottom interrupts the laminar flow to create a turbulent flow. The surface of the liquid and the gas exchange surface is increased - so that the oxygen intake can be increaesed."
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