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Beaker .

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MOQ : 10 Units

Beaker . Specification

Shape
Cylindrical, with a spout

Accuracy
100 %

Temperature Resistance
Up to 500C

Control Type
Manual

Glass Type
Borosilicate Glass

Features
Highly Efficient

Usage
Laboratory

Type
Beakers

Size
Standard

Dimension (L*W*H)
Varies (Typical height ranges from 50 mm to 200 mm)

Product Type
BEAKERS

Equipment Type
Laboratory Glassware

Equipment Materials
Borosilicate

Material
Borosilicate

Application
Laboratory Glass

Capacity (Ltr)
Available from 50 ml up to 2000 ml

Color
Transparent

Packing
Individually or bulk packed

Graduation Markings
Yes, printed for approximate volume measurement

Thermal Shock Resistance
Yes

Chemical Resistance
High

Reusable
Yes

Weight
Varies with capacity

Base
Flat bottom for stability

Autoclavable
Yes

Spout
Pouring spout for easy transfer

Beaker . Trade Information

Minimum Order Quantity
10 Units

Payment Terms
Telegraphic Transfer (T/T), Cash in Advance (CID), Cash Advance (CA), Cheque, Letter of Credit (L/C)

Sample Available
Yes

Sample Policy
Sample costs shipping and taxes has to be paid by the buyer

Packaging Details
carton box, export quality also available

Main Export Market(s)
Western Europe, Eastern Europe, Asia, Middle East, Africa

Main Domestic Market
All India

Certifications
ISO 9001, 14001 ,CE

About Beaker .

BEAKERS

Borosilicate glass, borosilicate glass beaker sare graduated, metric scale to indicate approx. volume. , accurate to+/-10%.

5 ml.
10 ml.
25 ml.
50 ml.
100 ml.
150ml, 250 ml.

50 ml,
100 ml,
250 ml,
400ml,
600ml,
1000ml
Made of polypropylene,
Graduated,
Highly resistant to chemicals

Exceptional Durability and Resistance

Made from high-quality borosilicate glass, these beakers exhibit outstanding resistance to chemicals and thermal shock. This makes them a dependable choice for routine and advanced laboratory operations, offering performance you can rely on every time.

Versatile Laboratory Applications

The beakers standard sizes and accurate graduation markings support a wide range of laboratory procedures. Whether youre mixing, heating, or measuring, their design ensures precise handling and reliable results.

Efficient Handling and Stability

Each beaker features a flat bottom for enhanced stability during experiments and a well-designed spout to facilitate safe and easy pouring. Their transparency allows for clear observation of contents at all times.

FAQs of Beaker .:

Q: How can I use these borosilicate beakers safely in laboratory experiments?

A: Always handle the beakers by the sides, avoid direct contact when heated, and ensure they are placed on a stable, heat-resistant surface. Their high chemical and thermal shock resistance allows for use with various reagents and temperature ranges up to 500C.

Q: What are the benefits of the printed graduation markings on the beaker?

A: The printed graduation markings enable approximate volume measurements, ensuring more accurate mixing and monitoring of liquids during experiments. This feature streamlines laboratory workflows and enhances reproducibility.

Q: When is it appropriate to autoclave the beaker, and how does it affect durability?

A: You should autoclave the beaker whenever sterilization is needed, such as between experiments or before culturing sensitive materials. The borosilicate construction maintains integrity and resists degradation even after repeated autoclaving cycles.

Q: Where are these beakers most commonly used?

A: These laboratory glass beakers are widely used in academic, research, industrial, and healthcare laboratories for mixing, heating, chemical reactions, and sample storage due to their reliability and versatility.

Q: What is the process for cleaning and maintaining these borosilicate beakers?

A: Clean the beakers after each use with lab-grade detergents and thoroughly rinse with distilled water. Regular checks for chips or cracks help maintain safety. They can be autoclaved for sterilization as required.

Q: How does the spout enhance the beakers usability?

A: The strategically designed spout facilitates effortless and spill-free pouring of liquids, minimizing waste and improving the overall efficiency and safety of transferring chemicals or samples.

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