DURAN 211164804 Beaker — 600 mL Tall-Form

DURAN 211164804 Beaker — 600 mL Tall-Form

The DURAN 211164804 is a 600 mL tall-form (high-form, Berzelius style) beaker manufactured from premium borosilicate glass 3.3, offering outstanding chemical resistance and low thermal expansion. Its tall, cylindrical design provides higher side walls than low-form beakers, making it particularly useful for reducing splashes during stirring and for experiments requiring deeper liquid columns.

The beaker includes an integrated spout for smooth, controlled pouring, approximate printed graduations for quick estimation of liquid volumes, and a fired-on white ceramic labelling field for durable sample identification. With uniform wall thickness, it ensures safe heating, consistent thermal distribution, and minimizes the risk of breakage from thermal stress.

This model is fully autoclavable (up to ~121 °C) and conforms to ISO 3819 and DIN 12331 standards, guaranteeing consistent quality and reliability for professional laboratory use.

Specifications

• Catalogue Number: 211164804

• Nominal Capacity: 600 mL

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

• Material: Borosilicate Glass 3.3

• Outer Diameter: ~80 mm

• Height: ~150 mm

• Spout: Yes, integrated pouring lip

• Graduations: Approximate printed scale (not for analytical precision)

• Labelling Field: Fired-on white ceramic field

• Wall Thickness: Uniform, for safe heating

• Standards: ISO 3819 / DIN 12331

• Autoclavable: Yes

Applications

• Mixing and heating of medium liquid volumes

• Preparation of reagents in research, education, or industrial laboratories

• Suitable for processes requiring deeper liquid levels (e.g., stirring, layering, or minimizing splashing)

• Common in quality control labs, teaching labs, and R&D environments

Limitations

• Graduations are approximate — not recommended for tasks requiring high volumetric accuracy (e.g., titrations or standard solution preparation)

• Tall-form geometry offers less stability than low-form designs; handle carefully when filled or heated

• Although borosilicate glass resists heat and stress, avoid sudden temperature shocks to prolong service life