A specific gravity hydrometer is a scientific instrument used to measure the density or relative density of liquids, typically in laboratory settings.
Where To Use Specific Gravity Hydrometer
Laboratories for measuring the density of various liquids, such as chemicals and pharmaceuticals.
Industrial settings for monitoring the concentration of solutions and suspensions.
Research institutions for studying the properties of materials and substances.
Key Features Of Specific Gravity Hydrometer
Accurate measurements of liquid density.
Easy to use and interpret results.
Reliable and consistent performance.
Durable construction for long-term use.
How To Use Specific Gravity Hydrometer
First, select the correct calibration range for the hydrometer.
Next, carefully place the hydrometer into the liquid sample.
Allow the hydrometer to settle before reading the measurement on the scale.
Record the results accurately and repeat as necessary.
How Specific Gravity Hydrometer Is Manufactured
The specific gravity hydrometer is manufactured using high-quality materials and precision engineering techniques.
Technical Specification Of Specific Gravity Hydrometer
Specific gravity range:
1.000 - 2.000
Length:
200mm
Material:
Glass
Temperature Range:
10°C - 30°C
Accuracy:
±0.001 g/cm³
The technical specification of the specific gravity hydrometer is critical in ensuring accurate measurements and reliable performance. The instrument's specific gravity range, length, material, temperature range, and accuracy are all important factors to consider when selecting a hydrometer for laboratory or industrial use.
Description Of Specific Gravity Hydrometer
The specific gravity hydrometer is a precision instrument designed to measure the density of liquids with high accuracy.
Related Products & Synonyms Of Specific Gravity Hydrometer
Lab hydrometers are similar instruments used for measuring the density of liquids.
Laboratory equipment such as pipettes, burettes, and crucibles are also related to specific gravity hydrometers.
