Corning™ Closed Systems Erlenmeyer Flasks

With pre-assembled transfer caps

Product Code	Brand	Capacity (Metric)	Includes	Bottom Shape
15272369	Corning™ 431512	2000 mL	0.125 in. I.D., dip tube, 0.2μm vent, male luer Lock	Flat
11911941	Corning™ 431514	3000 mL	0.125 in. I.D., dip tube, 0.2μm vent, male luer Lock	Flat
15534459	Corning™ 431520	3000 mL	0.25 in. I.D. Dip tube, 0.2μm vent, MPC male disconnect	Flat
15202379	Corning™ 431518	2000 mL	0.25 in. I.D. Dip tube, 0.2μm vent, MPC male disconnect	Flat
15584449	Corning™ 431510	1 L	0.125 in. I.D., dip tube, 0.2μm vent, male luer Lock	Flat
15469063	Corning™ 431516	1 L	0.25 in. I.D. Dip tube, 0.2μm vent, MPC male disconnect	Flat
15403110	Corning™ 11501	5 L	Disposable 100 mm Aseptic Transfer Cap, 0.2 um Vent, Male MPC	Plain; no baffles
15413110	Corning™ 11502	5 L	Disposable 100 mm Aseptic Transfer Cap, 0.2 um Vent, Male MPC	Baffled
11921941	Corning™ 431516	1 L	0.25 in. I.D. Dip tube, 0.2μm vent, MPC male disconnect	Flat

Description

Full closed systems solutions are offered with Aseptic Transfer Cap preassembled to a Polycarbonate Erlenmeyer Flask. A preassembled vessel offers a complete aseptic solution and are available for the 125 mL, 250 mL, 500 mL, 1 L, 2 L, 3 L, and 5 L flask sizes.

The transfer caps have two ports: One port ends in a 0.2 μm filter, and the other port is chemically resistant, heat sealable flexible tubing, ending in either a Male Luer Lock or a Male Polycarbonate quick connect. The dip tube reaches all the way to the bottom of the flask for easy aseptic transfer of your liquid handling processes.

• Sizes range from 125 mL to 5 L
• MLL or MPC tubing connector types
• Individually packaged
• Double-bagged
• Sterility Assurance Level (SAL) of 10^-6

Specifications

• Closure Color: Orange
• Material: Polycarbonate
• Neck Style: Wide Mouth
• Mouth Style: Wide

• Closure Material: Polypropylene
• For Use With (Application): For GMP applications
• Disposable: Single-use
• Sterility: Sterile

Disclaimer: This product is not intended to mitigate the presence of microorganisms on surfaces or in the environment, where such organisms can be deleterious to humans or the environment.