2000ml Tall Form Eisco Labglass Borosilicate Glass Beaker
The Eisco Labglass 2000 mL tall form beaker is designed for dependable performance in large-scale laboratory and production work. Its tall profile and wide spout allow smooth, steady pouring whilst helping to limit evaporation during heating or mixing of bulk liquids.
Manufactured from Borosilicate Glass 3.3, this beaker withstands continuous heating, cleaning and contact with reagents without compromising strength or clarity. The uniform walls promote even heat transfer and effective stirring, ensuring stable performance during extended use. A low temperature gradient helps minimise stress under varying conditions, whilst the enamel graduations provide a clear reference throughout regular handling. Mechanically strong and thermally stable, it offers lasting service life in demanding laboratory settings. Built to ASTM standards, it maintains consistent quality through repeated use.
Practical Applications
– Heating and mixing of bulk liquid volumes
– Large-scale preparation and processing
– Testing, analysis and formulation work
– General laboratory and production use
Key Features
– 2000 mL tall form design with wide spout for smooth pouring
– Uniform walls ensure even heating and efficient stirring
– Low temperature gradient maintains thermal stability
– Enamel graduations for clear, durable measurement
– Manufactured from Borosilicate Glass 3.3 for lasting thermal and chemical performance
– Tall profile helps reduce evaporation during heating
Quality & Standards
– ISO 3585
– ISO 3819
– ASTM E438, Type I, Class A
– DIN 12231
Specifications
– Capacity: 2000 mL (2 L)
– Material: Borosilicate Glass 3.3
– Colour: Clear
– Graduated: Yes, enamel graduations
– Design: Tall form, with spout
– Autoclavable: Yes at 121 °C
– Brand: Eisco Labglass
Strong, stable and easy to handle, the Eisco Labglass 2000 mL tall form beaker provides reliable performance for bulk liquid handling and routine laboratory use.
Please note: Graduations are approximate and for reference only. Beakers are not calibrated for volumetric accuracy.
