SI11493 Quartz Glass Beakers with Graduations

Quartz Glass Beakers with Graduations Description

Quartz Glass Beakers with Graduations are precision laboratory instruments manufactured from high-purity fused quartz (SiO₂). The beakers feature accurately etched graduations that facilitate precise volume measurements. Their chemically inert nature and high thermal resistance make them suitable for rigorous analytical tests and high-temperature experiments. The material's low thermal expansion enhances dimensional stability, ensuring consistency in sensitive quantitative analyses.

Quartz Glass Beakers with Graduations Characteristics

*The above product information is based on theoretical data and is for reference only. Actual specifications may vary.

Quartz Glass Beakers with Graduations Applications

1.       Laboratory Analysis
- Used as a measurement vessel in chemical titrations to achieve accurate reagent quantification by leveraging the beaker's precisely etched graduations.
- Employed in micro-scale volumetric analyses to minimise reagent waste, utilising its clear fused quartz for unobstructed readings.

2.       Chemical Processing
- Applied as a reaction vessel in acid-base experiments to achieve stable chemical inertness, ensuring that reactions occur without contamination from the container.
- Utilised for mixing reagents in synthesis procedures to deliver precise volume control and maintain chemical purity.

3.       Research and Development
- Serves as an integral tool in calibration setups for analytical instruments to achieve consistency in measurement practices by relying on its dimensional stability.
- Frequently used in experimental trials to verify sample volumes, providing benefits through its high thermal resistance and clear gradation readability.

Quartz Glass Beakers with Graduations Packing

Quartz Glass Beakers with Graduations are individually secured in dustproof, anti-scratch packaging to prevent mechanical damage during transit. The inner cushioned layers protect against vibrations and shocks. Recommended storage is in a clean, controlled environment to avoid contamination. Custom packaging options, including moisture barrier bags and custom foam inserts, are available to meet specific laboratory handling requirements.

Additional Information

Quartz glass, primarily composed of silicon dioxide (SiO₂), is extensively used in analytical laboratories due to its inert chemical nature and excellent thermal stability. Its properties allow for precise volumetric analyses and resistance to thermal shock, which is crucial for various experimental conditions. Researchers benefit from its dimensional stability, ensuring accurate measurement and long-term reliability.

The broader applications of fused quartz extend into areas demanding high optical transparency and chemical resistance. This material not only supports rigorous scientific protocols but also contributes to the advancement of laboratory methodologies by reducing interference from container-sample interactions.