Nessler Cylinder

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Nessler Cylinder Specification

Capacity
50 ml / 100 ml / 250 ml (commonly available)

Temperature Range
Ambient to 100C (approx.)

Feature
Clear Graduation, High Chemical Resistance, Leak-proof

Model No
Customized / Standard (as per supplier)

Core Components
Glass Cylinder with Graduations

Measurement Range
Up to maximum cylinder capacity

Automation Grade
Manual

Accuracy
Graduated up to 1 ml (for 100 ml size)

Equipment Materials
Borosilicate Glass

Type
Nessler Cylinder, Flat Bottom / Round Bottom

Usage
Colorimetric Analysis, Laboratory Chemical Testing

Display Type
Transparent Graduated Markings

Dimension (L*W*H)
Varies by capacity (e.g. 21 x 150 mm for 100 ml)

Weight
Approx. 50-150 grams (varies by capacity)

Chemically Resistant
Yes

Packaging
Individually wrapped or bulk packed

Sterility
Non-Sterile

Color
Clear Transparent

Shape
Round or Flat Bottom

Compliance
Conforms to relevant laboratory quality standards

Graduation Interval
1 ml or 2 ml (depends on size)

Application
Water Analysis, Ammonia Test, Laboratory Use

Surface Finish
Smooth, Polished

Reusable
Yes, autoclavable

About Nessler Cylinder

Our organization is involved in offering optimum quality Nessler Cylinders. These are manufactured using superior-quality material and machines that run on advanced technologies. Moreover, the products we offer are designed as per the highest national and international standards. Clients can avail these at market-leading rates via various payment options. Owing to the following properties, we have been able to expand our client base:

Accurate
Efficient
Reliable performance

Optimal Design for Precision Water Analysis

Nessler Cylinders are expertly constructed from chemically resistant borosilicate glass, ensuring durability and resistance against most laboratory chemicals. The clear, transparent surfaces and polished finish allow for unobstructed viewing during colorimetric analysis, vital for tests such as ammonia estimation in water samples. Each cylinder features accurate, easy-to-read graduated markings to facilitate reliable volume measurements.

Versatile Use in Laboratory Settings

These cylinders support a broad temperature range from ambient conditions to approximately 100C, making them ideal for various water analysis and chemical testing applications. Available in both flat and round bottom designs, the Nessler Cylinder adapts seamlessly to different experimental setups. Their manual operation and robust construction enable repeated autoclaving for safe reuse.

FAQ's of Nessler Cylinder:

Q: How is a Nessler Cylinder used in water analysis or ammonia tests?

A: A Nessler Cylinder is filled with a water sample and used to visually assess color changes following the addition of reagents, such as Nessler's reagent for ammonia testing. The transparent, graduated glass enables precise measurement of sample and reagent volumes, allowing for accurate colorimetric determination.

Q: What are the benefits of using borosilicate glass Nessler Cylinders?

A: Borosilicate glass Nessler Cylinders offer high chemical resistance, excellent thermal stability, and durability under repeated use and autoclaving. Their smooth, polished surfaces ensure clarity and reduce contamination, making them ideal for laboratory environments.

Q: When should I choose a flat or round bottom Nessler Cylinder?

A: Choose a flat bottom Nessler Cylinder for stability during analysis on flat surfaces and ease of handling. A round bottom variant may be preferred for certain types of stirring or cleaning requirements. Selection depends on specific laboratory protocols and user preference.

Q: Where are Nessler Cylinders commonly applied?

A: Nessler Cylinders are commonly used in laboratories for water quality testing, chemical analysis, and colorimetric experiments, especially where precise volume measurement and color comparison are required, such as in environmental monitoring or research labs.

Q: What makes the graduated markings on Nessler Cylinders beneficial for laboratory use?

A: The accurate, transparent graduated markings (in 1 or 2 ml intervals) ensure precise volume measurement, which is crucial for repeatable colorimetric analysis and chemical testing. This feature directly contributes to the reliability and consistency of analytical results.

Q: How should Nessler Cylinders be cleaned and maintained for reuse?

A: After each use, wash the cylinder with suitable laboratory glassware detergent and rinse thoroughly with distilled water. For sterilization, the cylinder can be autoclaved, ensuring it is completely dry before reuse to maintain accuracy and longevity.

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