DURAN® Laboratory Mixing Bottle, Baffled, Wide Mouth GLS 80® Clear, with screw cap and pouring ring from PP (blue), 500 mL

GLS 80® Thread Graduated
  • More effective mixing due to three vertical baffles
  • Flat inner base compatible with magnetic stir bars, or the DURAN® GLS 80® magnetic stirrer cap system
  • The baffles form a continuous, smooth inner surface making clean up easy
  • Easy access to the bottle contents due to the wide diameter of the bottle neck
  • Optimum filling and pouring and particularly easy cleaning
  • Special thread design for rapid opening and closing in less than a turn
  • Stability due to the large base area
  • Easy-to-read scale with graduation marks to estimate the content
  • Fired-on, highly durable white ceramic
  • Complete with blue screw cap (PP, integral lip seal) and pouring ring (PP) for drip-free pouring and clean, safe working
$49.99 USD/Case of 1
In stock
Catalog Number:
Product Overview
During mixing in standard GLS 80® laboratory bottles, the liquid moves in a swirling motion that approximates a solid-body rotation. The entire fluid, and any suspended particles, moves like a carousel. This is a very inefficient flow pattern, and very little mixing actually occurs. By adding three vertical baffles into the inner surface of the GLS 80® bottles, the swirling motion is disrupted, and a much more effective mixing occurs. The baffles improve the top-to-bottom circulation and produce a greater radial mixing. The baffles also offer other advantages such as suppressing the formation of a central vortex, and reducing dead-zones where mixing does not occur. Suitable fro use with magnetic stir bars up to 50 mm long. The side baffles significantly improve liquid mixing in the wide mouth GLS 80® bottles.

Specifications

Specifications
Diameter d (mm) 101
Capacity (mL) 500
Diameter (mm) 101
Thread GLS 80®
Marking Area The marking area is a printed ceramic area on laboratory glassware for marking / identification using a wax pencil. Also called marking field, white marking spot or marking square.
Material PP, BORO 3.3
Boro 3.3 Borosilicate glass 3.3 has a very good chemical resistance, virtual inert behavior, a high maximum usage temperature, high light transparency and minimal thermal expansion. Borosilicate glass 3.3 has a linear coefficient of expansion of 3.3 × 10−6 K−1 at
Height (mm) 153
Autoclavable Yes
Retrace Code This is a lot number printed on the product during the manufacturing process used for identification of the production unit, the production work order and for traceability of the materials used.
Quantity 1
Product Overview
During mixing in standard GLS 80® laboratory bottles, the liquid moves in a swirling motion that approximates a solid-body rotation. The entire fluid, and any suspended particles, moves like a carousel. This is a very inefficient flow pattern, and very little mixing actually occurs. By adding three vertical baffles into the inner surface of the GLS 80® bottles, the swirling motion is disrupted, and a much more effective mixing occurs. The baffles improve the top-to-bottom circulation and produce a greater radial mixing. The baffles also offer other advantages such as suppressing the formation of a central vortex, and reducing dead-zones where mixing does not occur. Suitable fro use with magnetic stir bars up to 50 mm long. The side baffles significantly improve liquid mixing in the wide mouth GLS 80® bottles.

Specifications

Specifications
Diameter d (mm) 101
Capacity (mL) 500
Diameter (mm) 101
Thread GLS 80®
Marking Area The marking area is a printed ceramic area on laboratory glassware for marking / identification using a wax pencil. Also called marking field, white marking spot or marking square.
Material PP, BORO 3.3
Boro 3.3 Borosilicate glass 3.3 has a very good chemical resistance, virtual inert behavior, a high maximum usage temperature, high light transparency and minimal thermal expansion. Borosilicate glass 3.3 has a linear coefficient of expansion of 3.3 × 10−6 K−1 at
Height (mm) 153
Autoclavable Yes
Retrace Code This is a lot number printed on the product during the manufacturing process used for identification of the production unit, the production work order and for traceability of the materials used.
Quantity 1

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