DURAN 211166308 Beaker — 2000 mL Tall-Form

DURAN 211166308 Beaker — 2000 mL Tall-Form

The DURAN 211166308 is a 2000 mL tall-form (high-form, Berzelius style) beaker constructed from borosilicate glass 3.3, offering excellent chemical resistance and low thermal expansion. With its tall, cylindrical profile, this beaker provides greater height relative to diameter, making it suitable for reducing splashes, accommodating taller stirring rods, and handling larger liquid volumes safely.

The beaker includes an integrated spout for clean liquid transfer, approximate printed graduations for volume estimation, and a fired-on white ceramic labelling field for permanent sample identification. Its uniform wall thickness ensures consistent heat distribution during heating applications, minimizing stress points and the risk of cracking.

Complying with ISO 3819 and DIN 12331 standards, the DURAN 211166308 is fully autoclavable (~121 °C), making it a reliable choice for laboratory and industrial environments that require safe sterilization and repeated use.

Specifications

• Catalogue Number: 211166308

• Nominal Capacity: 2000 mL

• Form: Tall-Form (High-Form / Berzelius style)

• Material: Borosilicate Glass 3.3

• Outer Diameter: ~120 mm

• Height: ~240 mm

• Spout: Yes, integrated pouring lip

• Graduations: Approximate printed scale (not for precision volumetric use)

• Labelling Field: Fired-on white ceramic field

• Wall Thickness: Uniform, suitable for heating

• Standards: ISO 3819 / DIN 12331

• Autoclavable: Yes

Applications

• Handling, heating, and mixing of large liquid volumes

• Reagent preparation for research, teaching, and industrial laboratories

• Suitable for processes requiring deep liquid levels, reducing splashing during stirring

• Widely used in quality control, R&D, and pilot-scale labs

Limitations

• Graduations are approximate — not intended for tasks requiring precise volumetric accuracy

• Large volume and tall geometry make it less stable than low-form beakers; handle with care when full or hot

• Although borosilicate glass has excellent thermal resistance, avoid sudden extreme temperature changes to prevent thermal shock