Borosilicate Glass Beaker with Spout, 600 mL

SLS Glass Beakers – Low Form, Heavy Duty

The SLS Low Form Heavy Duty Glass Beakers are designed for robust laboratory use, providing exceptional durability and precision. Manufactured from thick-walled borosilicate glass, these beakers offer enhanced resistance to thermal and mechanical stress, making them ideal for demanding applications such as heating, mixing, and chemical reactions.

Key Features:

• Heavy-Duty Borosilicate Glass – Superior strength, thermal shock resistance, and chemical durability.
• Graduated Markings – Clear, easy-to-read printed graduations for accurate volume measurements.
• Low Form Design – Wide base for stability and reduced risk of tipping.
• Precision Pouring Spout – Designed for smooth, controlled pouring with minimal drips.
• Versatile Applications – Ideal for research, industrial, and educational laboratories.

• Uses

  1. Sample Preparation

     • Used for mixing solutions, suspensions, or reagents.

     • Ideal for preparing chemical or biological samples for analysis.

  2. Heating Liquids

     • Made from borosilicate glass, which resists thermal shock—suitable for heating on hot plates or over Bunsen burners.

  3. Chemical Reactions

     • Used as vessels for small to moderate volume reactions, especially when boiling or stirring is involved.

  4. Measuring and Transferring Liquids

     • Graduated markings allow for rough volume measurements.

     • Spout aids in safe and controlled pouring.

  5. Evaporation Tasks

     • Low form design increases surface area, making them effective for evaporating solvents.

  6. Sample Storage

     • Can temporarily store liquid samples or intermediate solutions during experiments.

  7. Titrations (Non-critical)

     • Used in rough titrations or when approximate volumes are acceptable.

  8. pH and Conductivity Testing

     • Convenient containers for inserting electrodes or probes.

Available in multiple sizes, SLS Heavy Duty Low Form Beakers provide reliable performance for rigorous lab environments.