About Glass Beakers
The range includes :
- Beakers, Low Form, with Graduation and Spout, Made from heat Resistant, Low Expansion borosilicate Glass, RIVIERA
- Beakers, Low Form, with Graduation and Spout, DURAN
- Beakers, Tall Form, with Graduation and Spout, Made from Heat Resistant, Low Expansion Borosilicate Glass, RIVIERA
- Beakers, Tall Form, with Graudation and Spout, DURAN
- Beakers, Tall Form, with Graduation without Spout, Made from heat Resistant, Low Expansion Borosilicate Glass, RIVIERA
- Beakers, Tall Form, with Graduation without Spout, DURAN
- Beakers, Philips with Spout, Made from Heat Resistant, Low Expansion Borosilicate Glass RIVIERA
- Beakers, Philips with Spout, DURAN
- Beaker, Super Duty, Low Form, with Spout, with Reinforced Rim, DURAN
Superior Chemical and Thermal ResistanceEngineered from high-grade borosilicate glass, these beakers resist most acids, alkalis, and solvents, maintaining integrity under rigorous laboratory conditions. Their ability to withstand rapid temperature shifts and direct flame makes them an indispensable tool for scientific experiments requiring durability and precision.
User-Friendly Graduated MarkingsEach beaker features a white, easy-to-read graduation scale, either printed or etched for longevity and clarity. The precise markings enable users to make quick, approximate volume assessments, facilitating smoother mixing, heating, and measuring processes in laboratory workflows.
FAQ's of Glass Beakers:
Q: How can Glass Beakers with Graduation Markings be safely used in laboratory applications?
A: These beakers are suitable for handling, mixing, heating, and holding liquids. Their borosilicate glass construction and reliable graduation markings ensure safety and approximate measurement during manual laboratory operations.
Q: What are the benefits of the beaker's chemical and thermal resistance?
A: The beakers resist degradation from most acids, alkalis, and solvents. Their thermal shock resistance allows them to tolerate rapid temperature changes and direct flame without cracking, ensuring durability and versatility in high-temperature processes.
Q: When is sterilization of the beaker recommended, and how can it be achieved?
A: Sterilization is recommended before procedures requiring aseptic conditions. These beakers are autoclavable, meaning they can be safely sterilized in an autoclave for repeated laboratory use.
Q: Where are these borosilicate glass beakers commonly employed?
A: They are widely used in scientific laboratories-educational, industrial, research, and chemical sectors-across India and beyond, excelling in any environment that requires reliable glassware for liquid handling and experimentation.
Q: What is the process for measuring liquids using these beakers?
A: Liquids are poured into the beaker, and the easy-to-read white graduation scale allows users to estimate volumes quickly. Although the scale provides approximate measurements, it is well-suited for routine lab applications.
Q: What are the main features that distinguish these laboratory beakers?
A: Key features include high chemical and thermal resistance, smooth surface finish, autoclavability, clear white graduation markings, pour spout, and availability in multiple sizes to fit a variety of laboratory tasks.