Hydrometer
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Hydrometer
| Material | Length | Range |
| Glass | 30 cm | 0.600 - 0.700 |
| Glass | 30 cm | 0.700 - 0.800 |
| Glass | 30 cm | 0.800 - 0.900 |
| Glass | 30 cm | 0.900 - 1.000 |
| Glass | 30 cm | 1.000 - 1.100 |
| Glass | 30 cm | 1.100 - 1.200 |
| Glass | 30 cm | 1.200 - 1.300 |
| Glass | 30 cm | 1.300 - 1.400 |
| Glass | 30 cm | 1.400 - 1.500 |
| Glass | 30 cm | 1.500 - 1.600 |
| Glass | 30 cm | 1.600 - 1.700 |
| Glass | 30 cm | 1.700 - 1.800 |
| Glass | 30 cm | 1.800 - 1.900 |
Hydrometer is a classic laboratory instrument designed for measuring the specific gravity (relative density) of heavy liquids. It is widely used in physics and chemistry laboratories, especially in educational settings, to demonstrate density-related concepts in a simple and visual manner.
The hydrometer operates on the principle of buoyancy. When placed in a liquid, it floats at a level that depends on the liquid’s density. By reading the scale at the liquid surface, students can easily compare the densities of different liquids and understand the relationship between mass, volume, and density.
With an approximate length of 300 mm, the hydrometer is easy to handle and provides clear readings during experiments. It is an essential tool for density measurements, liquid comparison studies, and basic fluid mechanics demonstrations in school laboratories.
Usage Areas
Physics laboratories
Chemistry laboratories
Density and specific gravity experiments
Educational and training environments
Advantages
Simple and effective density measurement
Clear demonstration of buoyancy principles
Suitable for heavy liquid analysis
Easy to use in educational laboratories
Technical Specifications
Product Type: Hydrometer
Measurement: Specific gravity of heavy liquids
Approximate Length: 300 mm
Application: Educational laboratory use
Safety and Storage Information
Handle carefully to avoid breakage
Use in a stable container during measurements
Store in a protective case when not in use
Usage Notes
Read the scale at eye level for accuracy
Ensure the hydrometer floats freely without touching the container
Recommended for supervised student experiments


