Measuring Cylinders

Price 150.0 INR/ Piece

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MOQ : 1 Piece

Measuring Cylinders Specification

Shape
Cylindrical

Temperature Resistance
Up to 120C (Glass), 100C (Plastic)

Control Type
Manual

Display Type
Graduated markings

Glass Type
Borosilicate Glass

Power Supply
Not required

Accuracy
Class A or Class B as per DIN/ISO standards

Type
Measuring Cylinder

Dimension (L*W*H)
Varies by capacity (e.g., 100ml cylinder is approx. 2.5 x 2.5 x 25 cm)

Equipment Type
Volumetric Laboratory Glassware

Equipment Materials
Borosilicate Glass / Polypropylene (PP)

Material
Glass / Plastic (Polypropylene)

Application
Laboratory liquid volume measurement

Capacity (Ltr)
Graduated from 10 ml up to 2000 ml

Measuring Cylinders Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
1 Piece Per Day

Delivery Time
15 Days

About Measuring Cylinders

Measuring Cylinders

Borosilicate glass made Measuring Cylinder is reckoned for its high temperature proof design and high temperature protection capacity. Advanced design of this lab ware prevents formation of bubble of stored liquids. It can resist thermal shock at 300 degree C temperature. Offered Measuring Cylinder is completely protected against acid and alkali and it possesses unique thermal conductivity level. It has standard tensile strength and its linear expansion co-efficiency deserves praise. Its refractive index is 1.47 and annealing point is 560 degree C. This borosilicate item has standard measurement range. Lowest measurement point is marked on its concave surface and highest point is printed on its convex surface.

CAPACITY , ML	GRADUATION INTERVAL, MM
5	0.1
10	0.2
25	0.5
50	1.0
100	1.0
250	2.0
500	5.0
1000	10.0

Precision for Laboratory Measurements

Measuring cylinders ensure reliable and accurate liquid volume readings, essential in scientific and educational laboratories. With capacities from 10 ml to 2000 ml and clear, easy-to-read graduated markings, users can confidently measure liquids for various applications, meeting both research and quality control requirements.

Robust Construction and Material Options

Choose between borosilicate glass for superior thermal and chemical resistance, or polypropylene (PP) for lightweight, shatterproof utility. Both variants are designed for durability and compliance with international accuracy standards, making them suitable for a wide spectrum of laboratory environments.

Versatile Usage and Easy Handling

The cylindrical design and clear graduations enable effortless pouring and reading. Whether used in educational settings, research labs, or industrial processes, these cylinders provide efficient solutions for manual, precise measurement tasks without the need for power supply.

FAQs of Measuring Cylinders:

Q: How do I accurately measure liquids using a measuring cylinder?

A: To measure liquids, place the cylinder on a flat, stable surface. Pour the liquid gently to avoid splashing or foaming. Check the meniscus at eye level and read the graduated marking that aligns with the bottom of the curve for accurate measurement.

Q: What materials are used in the construction of measuring cylinders?

A: Measuring cylinders are constructed from either borosilicate glass, which offers excellent thermal and chemical resistance, or polypropylene (PP), known for its lightweight and shatter-resistant properties. Both options ensure durability and reliable performance in laboratory settings.

Q: When should I choose glass or plastic measuring cylinders?

A: Glass measuring cylinders, made of borosilicate, are ideal when resistance to high temperatures (up to 120C) and chemicals is essential. Plastic cylinders are suitable for general use, particularly when a lightweight or break-resistant option is preferred, with a maximum temperature tolerance of 100C.

Q: Where are measuring cylinders commonly used?

A: Measuring cylinders are utilized primarily in scientific laboratories, educational institutions, industrial quality control labs, and research facilities for precise liquid volume measurement, sample preparation, and quantitative analysis.

Q: What accuracy standards do these measuring cylinders meet?

A: The cylinders conform to Class A or Class B accuracy according to DIN/ISO standards, ensuring consistent precision for laboratory tasks. Select Class A for maximum accuracy in analytical procedures, or Class B for general measurements.

Q: How can I benefit from using a measuring cylinder in my workflow?

A: Using a measuring cylinder enables precise and repeatable liquid measurements, which improves consistency and reliability in laboratory experiments and procedures. Robust material choices also reduce the risk of errors and contamination.

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