MEASURING CYLINDER HEXAGONAL

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MEASURING CYLINDER HEXAGONAL Specification

Control Type
Manual usage

Display Type
Graduated scale

Temperature Resistance
Up to 250C

Accuracy
Graduated for high accuracy, class A or B as per ISO/ASTM standards

Glass Type
Borosilicate glass (high chemical and thermal resistance)

Dimension (L*W*H)
Varies by capacity (available options include 10ml, 25ml, 50ml, 100ml, 250ml, 500ml, 1000ml)

Equipment Type
Laboratory Glassware

Equipment Materials
Glass

Power
Not required

Material
Borosilicate Glass

Capacity (Ltr)
0.01 to 1 (10ml to 1000ml options)

About MEASURING CYLINDER HEXAGONAL

MEASURING CYLINDER HEXAGONAL

Polylab measuring cylinders are now available with hexagonal base also. The hexagonal base provides excellent stability to the cylinder where as the tapered spout works really well white pouring any reagent.

Material : Polypropylene

CODE NO.	PARTICULARS	PACKING (Pcs)
80031	Measuring Cylinder 10 ml (Hexagonal)	24
80032	Measuring Cylinder 25 ml (Hexagonal)	12
80033	Measuring Cylinder 50 ml (Hexagonal)	12
80034	Measuring Cylinder 100 ml (Hexagonal)	12
80035	Measuring Cylinder 250 ml (Hexagonal)	6
80036	Measuring Cylinder 500 ml (Hexagonal)	4
80037	Measuring Cylinder 1000 ml (Hexagonal)	3

Reliable and Accurate Measurement

Engineered with blue graduation markings on a transparent borosilicate glass body, these measuring cylinders ensure high precision and clear visibility. The hexagonal base offers stability during use, reducing the risk of overturning during liquid measurement tasks in laboratories.

Suitability for Multiple Laboratory Applications

With capacities from 10ml up to 1000ml, these measuring cylinders meet diverse requirements in both educational and professional chemistry, biology, and research labs. Their compliance with international ISO 4788 and ASTM E1272 standards assures robust performance and measurement reliability.

Exceptional Durability and Easy Maintenance

Made from borosilicate glass, the cylinders provide high resistance to chemicals and thermal stress, allowing repeated autoclaving at temperatures up to 250C for sterilization. This feature ensures longevity, hygiene, and safety with every use.

FAQs of MEASURING CYLINDER HEXAGONAL:

Q: How should I use the Measuring Cylinder Hexagonal for accurate readings?

A: To obtain precise measurements, ensure the cylinder is on a level surface. Pour the liquid slowly and read the volume at eye level, aligning with the bottom of the meniscus at the blue graduation mark. The transparent body and clear graduations enable straightforward volume assessment.

Q: What are the benefits of using a hexagonal base on this measuring cylinder?

A: The hexagonal base significantly enhances stability by reducing the likelihood of the cylinder tipping over. This design is especially beneficial for busy laboratory environments where safety and spillage prevention are crucial.

Q: When is it appropriate to autoclave this measuring cylinder?

A: The measuring cylinder, made from borosilicate glass, can be safely autoclaved whenever sterilization is neededtypically after each use when working with hazardous or biological samples, or before use to ensure contaminant-free operations. It withstands repeated autoclaving up to 250C.

Q: Where can this measuring cylinder be used effectively?

A: This measuring cylinder is suitable for a wide range of environments, including chemistry and biology laboratories, research institutions, educational settings, and industrial labs. It is ideal for any scenario requiring precise liquid measurement and chemical compatibility.

Q: What makes this measuring cylinder compliant with ISO 4788 and ASTM E1272 standards?

A: The cylinder is manufactured with strict adherence to ISO 4788 and ASTM E1272 standards, ensuring accuracyclass A or B, depending on the modeland reliability of measurements. These standards also guarantee quality, graduation clarity, and product safety.

Q: How does the borosilicate glass construction benefit laboratory use?

A: Borosilicate glass imparts high chemical and thermal resistance, minimizing the risk of breakage due to rapid temperature changes or corrosive chemicals. This durability makes the cylinder ideal for routine and demanding laboratory procedures.

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