DENSITY ROD

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DENSITY ROD Specification

Capacity
Standard (varies as per rod specifications)

Accuracy
0.001 g/cm

Automation Grade
Manual

Feature
Calibrated, Chemically Resistant, Easy to Clean

Temperature Range
Ambient

Core Components
Glass rod

Model No
Density Rod (Standard/Customized)

Power Source
Not Required

Measurement Range
Varies according to application

Equipment Materials
Glass (Borosilicate or Pyrex)

Type
Solid Density Rod

Usage
Density measurement of liquids in laboratories

Dimension (L*W*H)
Standard laboratory size (custom sizes available)

Weight
Lightweight (depends on dimensions)

Surface Finish
Highly Polished

Application
Chemistry Labs, Research Institutes, Quality Control

Heat Resistance
Up to 180°C

Markings
Clearly Marked for Liquid Level

Packaging Type
Individual Protective Packing

Manufacturing Standard
Conforms to ASTM & ISO standards

Color
Transparent

Density Value Range
Typically 0.5 to 2.0 g/cm³ based on rod specification

Shelf Life
Indefinite under proper usage

About DENSITY ROD

A hollow cylinder sealed at both ends and calibrated to float in cold water and sink in hot water. Demonstrates the dependence of density of water on various factors such as a temperature, pressure, nature and concentration of other substances added to water. With instruction.

Precision and Reliability

The Density Rod delivers highly accurate measurements with a tolerance of 0.001 g/cm. It is meticulously calibrated, ensuring trustworthy results for critical laboratory experiments and quality control procedures. Chemically resistant materials and clear liquid markings contribute to its reliability in various conditions.

Built for Laboratory Environments

Made from borosilicate or Pyrex glass, this density rod withstands ambient temperatures and can resist heat up to 180C. Easy to clean and maintain, it suits routine usage in busy laboratories and research facilities. Individual protective packaging safeguards the rod during transport and storage.

Versatile Measurement Tool

Available in standard and custom sizes, the Density Rod adapts to a wide array of measurement needs. It is suitable for density determination in chemistry labs, research institutes, and quality control settings, offering flexibility for different liquids and applications while conforming to global standards.

FAQs of DENSITY ROD:

Q: How is the density rod used in laboratory settings?

A: To measure the density of a liquid, immerse the rod partially. The liquid level marking will indicate the volume displaced. Compare this with the rods calibrated scale to determine the liquids density accurately, following standard laboratory procedures.

Q: What are the benefits of using a highly polished, transparent density rod?

A: The highly polished, transparent finish enhances visibility and ensures clear observations. It is also easy to clean, reducing contamination risks and maintaining measurement accuracy during repeated laboratory use.

Q: When should I request a calibration certificate for my density rod?

A: A calibration certificate is recommended whenever precise measurements are required, especially for regulated research, quality control, or audits in professional laboratory environments.

Q: Where can the density rod be used most effectively?

A: The density rod is most effective in chemistry labs, research institutes, and quality control departments. These environments demand precise, reliable measurements for liquid density assessment.

Q: What is the process for cleaning and maintaining the density rod?

A: Clean the rod with non-abrasive laboratory detergents and rinse thoroughly with distilled water after use. Its chemically resistant glass construction allows it to withstand most cleaning protocols without damage.

Q: What temperature range can the density rod tolerate during use?

A: The density rod is heat resistant up to 180C and suitable for ambient temperatures commonly found in laboratory settings, ensuring safe performance during routine measurements.

Q: Which features facilitate safe handling of the density rod?

A: Lightweight construction, individual protective packing, and clearly marked liquid levels promote safe handling, while the rods chemically resistant and durable glass minimises risks during laboratory use.

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