BEAKER

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BEAKER Specification

Features
Chemical resistance, heat resistance, easy pouring, graduated markings

Accuracy
Graduated markings for approximate measurement

Temperature Resistance
Up to 400C

Glass Type
Borosilicate

Display Type
Graduated scale on body

Shape
Cylindrical with spout

Control Type
Manual handling

Heating Capacity
Can withstand direct heat

Type
Laboratory Beaker

Dimension (L*W*H)
Varies as per capacity, standard sizes available (e.g. 50ml, 100ml, 250ml, 500ml, 1000ml)

Equipment Type
Glassware

Equipment Materials
Borosilicate Glass

Material
Borosilicate Glass

Application
Mixing, heating, and measuring liquids in laboratories

Capacity (Ltr)
50ml to 2000ml

Compliance
ISO/ASTM standards

Graduation Marking
Yes, White or Blue

Microwave Safe
Yes

Sterilization Capability
Autoclavable

Resistant To
Acids, alkalis, and thermal shock

Reusable
Yes

Packaging Type
Individual or bulk pack

Maximum Liquid Capacity
2 Liters (2000ml)

Color
Transparent

Base Type
Flat

Edge Type
Curved rim

Scratch Resistance
High

Transparency Level
High

Handle Availability
No handle; easy pouring spout

About BEAKER

BEAKERS

Polylab Beakers, moulded in Polypropylene, have excellent clarity and very good chemical resistance. These autoclavable Beakers have prominently raised graduations on the other surface. Pouring a solution becomes very convenient because of its tapered spout.

Material : Polypropylene

*CODE NO.*	*PARTICULARS*	*LEAST COUNT*	*PACKING (Pcs)*
11101	Beaker 50 ml	5	12
11102	Beaker 100 ml	5	12
11104	Beaker 250 ml	10	12
11105	Beaker 500 ml	10	12
11106	Beaker 1000 ml	25	6
11107	Beaker 2000 ml	250	6

Precision and Versatility for Laboratories

Designed with accuracy in mind, our beaker features clear graduation markings and a flat base, allowing for stable placement and reliable measurement. The highly transparent borosilicate glass provides unobstructed viewing of contents, ideal for detailed laboratory processes such as titrations, mixing, or heating solutions. The curved rim and spout combination ensures efficient handling without spills.

Built to Withstand Rigorous Use

Thanks to its robust borosilicate glass construction, the beaker is resistant to acids, alkalis, thermal shock, and scratches. Autoclavable and microwave safe, this glassware is reusable and easily sterilized, supporting repeated use in demanding environments. The products compliance with international ISO/ASTM standards assures consistent quality and performance.

FAQs of BEAKER:

Q: How should I sterilize the borosilicate glass beaker?

A: The beaker can be sterilized using an autoclave or high-temperature oven, as it withstands temperatures up to 400C. Ensure it is cleaned before sterilization and handle it with care during and after the process.

Q: What sizes are available for this laboratory beaker?

A: The beaker is available in standard laboratory sizes such as 50ml, 100ml, 250ml, 500ml, 1000ml, and up to 2000ml, allowing flexibility for different experimental and measurement needs.

Q: Where can this beaker be used?

A: This laboratory beaker is suitable for research institutions, educational labs, medical facilities, and industrial settings where precise mixing, heating, or measurement of liquids is required.

Q: What materials and features make this beaker highly durable?

A: Constructed from borosilicate glass, the beaker offers high resistance to acids, alkalis, scratches, and thermal shock, contributing to its long life and repeated usability in intensive laboratory processes.

Q: Is the beaker safe for use with microwave and direct heat applications?

A: Yes, the beakers borosilicate glass is both microwave safe and capable of withstanding direct heat, making it ideal for a wide range of laboratory heating tasks.

Q: How accurate are the measurement markings on the beaker?

A: The beaker features graduated scales in either white or blue, providing clear visibility for approximate measurement of liquids, although for high-precision requirements, specialized volumetric glassware is recommended.

Q: What are the benefits of the curved rim and pouring spout design?

A: The curved rim and spout are engineered to make pouring liquids easy and reduce the risk of spills, ensuring efficient transfer of contents during laboratory work.

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