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Z682594-1EAGeneral description These pear-shaped evaporating flasks can be used as boiling type flasks for rotary evaporators. Legal Information Aldrich is a registered trademark of Sigma-Aldrich Co. -
Z682608-1EAGeneral description These pear-shaped evaporating flasks can be used as boiling type flasks for rotary evaporators. Legal Information Aldrich is a registered trademark of Sigma-Aldrich Co. -
Z682616-1EAGeneral description These pear-shaped evaporating flasks can be used as boiling type flasks for rotary evaporators. Legal Information Aldrich is a registered trademark of Sigma-Aldrich Co. -
Z682624-1EAGeneral description These pear-shaped evaporating flasks can be used as boiling type flasks for rotary evaporators. Legal Information Aldrich is a registered trademark of Sigma-Aldrich Co. -
Z682632-1EAGeneral description These pear-shaped evaporating flasks can be used as boiling type flasks for rotary evaporators. Legal Information Aldrich is a registered trademark of Sigma-Aldrich Co. -
Z682640-1EAGeneral description These pear-shaped evaporating flasks can be used as boiling type flasks for rotary evaporators. Legal Information Aldrich is a registered trademark of Sigma-Aldrich Co. -
Z684732-1EAGeneral description Heavy wall, spherical reaction flask with three vertical necks. Flask has a Zero Dead Space (ZDS) bottom valve. -
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Z710784-1EAGeneral description Autoclavable Plastics - Contact clear polypropylene Working Volumes - 100 mL for 300 mL flasks (150-200 rpm for 2 in. throw) High 0 2 absorption rate achievable by unique baffle and turbo-vane closure design. -
Z710792-4EAGeneral description Autoclavable Plastics - Contact clear polypropylene Working Volumes - 100 mL for 300 mL flasks (150-200 rpm for 2 in. throw) High 0 2 absorption rate achievable by unique baffle and turbo-vane closure design. -
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Z710814-4EAGeneral description Autoclavable Plastics - Contact clear polypropylene Working Volumes - 100 mL for 300 mL flasks (150-200 rpm for 2 in. throw) High 0 2 absorption rate achievable by unique baffle and turbo-vane closure design.
akash.verma@cenmed.com
(732) 447-1115



