CHEMISTRY LAB GLASSWARE

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CHEMISTRY LAB GLASSWARE Specification

Glass Type
Borosilicate

Shape
Varied: Cylindrical, Conical, Round-bottom, etc.

Features
High chemical durability, Reusable, Autoclavable, Easy to clean

Temperature Resistance
Up to 300C (approx.)

Accuracy
Graduations on volumetric glassware; Class A or B tolerance

Heating Capacity
Thermal shock resistance up to 120C differential

Control Type
Manual (no electrical control)

Type
Lab Glassware Set

Dimension (L*W*H)
Varies as per item (Beakers, Flasks, Test Tubes, etc.)

Equipment Type
Laboratory Glassware

Equipment Materials
Borosilicate Glass

Material
Borosilicate/Scientific Glass

Application
Chemical Analysis, Laboratory Experimentation, Educational Purposes

Capacity (Ltr)
Varies by Item (e.g., Beakers: 50ml to 1000ml, Flasks: 100ml to 2000ml)

About CHEMISTRY LAB GLASSWARE

We are the leading manufacturers and exporters of school science lab equipment. we offer school physics lab equipment, school chemistry lab equipment, laboratory glassware, chemistry glassware, school biology lab equipment, science lab equipment and export quality class A glassware

Exceptional Material Quality

Manufactured from scientific borosilicate glass, this lab glassware provides outstanding resistance against thermal and chemical stresses. Its composition ensures long-term performance and minimizes the risk of breakage from rapid temperature changes, making it a smart investment for any laboratory or educational setting.

Versatile Applications and Shapes

With various shapes such as cylindrical, conical, and round-bottom, this glassware set is suitable for complex laboratory tasks and basic classroom demonstrations alike. Capacities and dimensions vary to fit particular experimental needs, supporting diverse scientific methodologies in chemistry, biology, and beyond.

Accurate and Reliable Use

Permanent, easy-to-read graduation markings ensure repeatable and trustworthy measurements. Volumetric items offer accurate readings within Class A or B tolerance levels, supporting precise chemical analyses. The glasswares smooth surface simplifies cleaning and decontamination between uses.

FAQs of CHEMISTRY LAB GLASSWARE:

Q: How do I properly clean and maintain this laboratory glassware?

A: After each use, rinse the glassware with distilled water and use a suitable laboratory detergent if necessary. The smooth borosilicate surface aids in easy cleaning. For sterilization, the glassware can be autoclaved at standard conditions without degrading its properties.

Q: What types of chemicals can this glassware safely handle?

A: This set is compatible with most acids, alkalis, and solvents due to the inherent chemical resistance of borosilicate glass. However, avoid using very strong hydrofluoric acid or concentrated alkali at high temperatures, as these may damage the glass over time.

Q: When should I choose Class A or Class B tolerance glassware?

A: Class A glassware is recommended when a high degree of measurement accuracy is essential, such as in analytical chemistry. Class B glassware is suitable for general laboratory usage where slightly broader tolerance is acceptable.

Q: Where can this lab glassware be used most effectively?

A: This glassware set is ideal for use in educational institutions, research laboratories, quality control labs, and industrial chemical analysis facilities. Its versatility suits it for both routine experiments and specialized scientific investigation.

Q: What is the process for securely heating this glassware?

A: Borosilicate glass allows for safe heating up to 300C, with thermal shock resistance up to a 120C difference. To prevent breakage, always ensure gradual heating and avoid placing hot glassware on cold surfaces or immersing it in cold liquids.

Q: What are the main benefits of using borosilicate glass laboratory equipment?

A: Borosilicate glass offers superior thermal and chemical resistance, durability, and clarity compared to conventional glass. It maintains integrity after repeated autoclaving, withstands sudden temperature changes, and delivers reliability in challenging laboratory environments.

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