Brand: Livingstone
Colour: 9 x 12.5cm
Description: Livingstone Beaker, 600ml, Low Form, with Spout, 90 (Diameter) x 125 (Height) mm, Borosilicate Glass, European, Each
Material: Borosilicate Glass
Unit: Each
UOM: EA
General Description:
Livingstone’s low form lab beakers, made of borosilicate glass, offer exceptional durability, reliability, and precision, making them essential in any laboratory environment.
Features:
• Made from high-quality borosilicate glass, renowned for its resistance to thermal shock and chemical corrosion. This ensures longevity and robustness even in demanding lab conditions. • The low form design provides a stable base and enhances accessibility for stirring and mixing, while reducing the risk of spillage and contamination. • Graduated with clear, precise markings for accurate measurement of liquid volumes, which is crucial for maintaining precision in various procedures. • Features a practical spout for smooth, controlled pouring, which helps to minimise waste and ensures exact transfer of liquids. • Available in a variety of sizes to meet different experimental needs and volume requirements.
Applications:
• Ideal for use in chemical laboratories where exact measurement and mixing of reagents are essential. • Perfect for educational institutions, offering students reliable tools for conducting experiments with accuracy. • Suitable for research facilities where precise and controlled handling of liquids is necessary. • Excellent for industrial laboratories where accurate measurement and efficient handling of liquids are critical.
Shop now to enhance your lab work’s accuracy and efficiency with Livingstone’s low form borosilicate glass lab beakers! Discover our selection today to find the ideal beakers that meet your specific needs.
Livingstone International acknowledges the Traditional Owners of Country throughout Australia on which we operate and acknowledges their continuing connection to land, waters and community. We pay our respects to the people, the cultures and the Elders past and present.