Glass Beaker LE-GB106

Glass Beaker LE-GB106

Lab Expo Glass Beaker LE-GB106 offers accurate volume measurement with a stable, flat-bottom design and uniform heat distribution. It features thin glass walls that support efficient heating and clear graduation lines for easy liquid evaluation. Integrated with a small pouring lip ensuring controlled transfer and minimizes the risk of spillage. Incorporated with high-clarity markings, allows precise estimation and consistent performance during procedures. Our Glass Beaker is used for estimating, mixing, and transferring fluids in various laboratory applications.

$960.00 $ 800

Glass Beaker LE-GB106 - Specifications

Capacity 250 ml
Thickness 1.9 mm
Calibration 25 ml
Height 95 mm
Outer Diameter 70 mm

Glass Beaker LE-GB106 - Key Features

  • 1.9 mm glass thickness with uniform heat distribution
  • 25 ml calibration marking for precise volume measurement
  • 250 ml capacity with flat-bottom stability design
  • 70 mm outer diameter ensuring structural integrity
  • 95 mm height providing controlled liquid handling

Glass Beaker LE-GB106 - Applications

FunctionImplementation
Laboratory volume measurement250 ml capacity supports precise liquid handling
Graduated calibration marking25 ml calibration enables accurate volume estimation
Controlled liquid transferSmall pouring lip minimizes spillage risk during procedures
Thermal processing applications1.9 mm thickness allows efficient heating and cooling cycles
Quality control proceduresHigh-clarity markings ensure consistent performance in testing environments

Glass Beaker LE-GB106 - Catalog

Related Glass Beaker

Lab Expo Glass Beaker units are designed for liquid mixing, heating, transfer, and sample preparation in laboratory workflows. Configurations support capacities from 5 ml to 250 ml with wall thickness ranging from 1.5 mm to 1.9 mm and calibrated graduations for controlled volume handling. These glass beakers are arranged for routine chemical, analytical, and educational applications requiring stable handling of liquids and measured sample processing.