Ludwig Schneider precision density hydrometer
The Ludwig Schneider Precision Density Hydrometer is a high-precision measuring instrument specially developed for determining the density of liquids. It is particularly popular in laboratories and industrial applications where accurate density measurements are required. This hydrometer is characterized by its ease of use and high accuracy, making it a preferred choice over similar products on the market. Similar to the Ludwig Schneider hydrometer for potassium hydroxide solution, it offers a reliable and precise measurement.
Technical data and variants
The Ludwig Schneider precision density hydrometer is available in different models, each offering different measuring ranges and scale values:
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Type A: Measuring range 1.000 - 2.000 g/cm³, scale value 0.01 g/cm³, total length 300 mm
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Type B: Measuring range 1.300 - 1.600 g/cm³, scale value 0.005 g/cm³, total length 270 mm
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Type C: Measuring range 1.000 - 1.300 g/cm³, scale value 0.005 g/cm³, total length 270 mm
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Type D: Measuring range 1.000 - 1.500 g/cm³, scale value 0.005 g/cm³, total length 300 mm
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Type E: Measuring range 0.700 - 1.000 g/cm³, scale value 0.005 g/cm³, total length 300 mm
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Type F: Measuring range 0.850 - 1.000 g/cm³, scale value 0.005 g/cm³, total length 180 mm
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Type G: Measuring range 1.000 - 1.250 g/cm³, scale value 0.005 g/cm³, total length 180 mm
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Type H: Measuring range 0.600 - 0.660 g/cm³, scale value 0.001 g/cm³, total length 160 mm
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Type I: Measuring range 1.660 - 1.720 g/cm³, scale value 0.001 g/cm³, total length 160 mm
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Type J: Measuring range 1.720 - 1.780 g/cm³, scale value 0.001 g/cm³, total length 160 mm
- TypeK: Measuring range 1.960 - 2.020 g/cm³, scale value 0.001 g/cm³, total length 160 mm
Areas of application
The Ludwig Schneider precision density hydrometer is used in a wide range of industries, including
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Chemical industry: For determining the density of chemicals and solutions.
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Food and beverage industry: For measuring the density of liquids such as must, wine and spirits.
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Pharmaceutical industry: To accurately determine the density of pharmaceutical solutions.
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Environmental analysis: For checking the density of water samples and other environmental samples.
Certifications and standards
The hydrometer complies with all relevant norms and standards required in the industry. It is manufactured according to DIN standards and offers high reliability and accuracy. This ensures that the measurements are always precise and reproducible.
Advantages and special features
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High precision: Thanks to the fine scale values, even the smallest differences in density can be measured accurately.
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Easy handling: The hydrometer is user-friendly and does not require extensive training.
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Versatility: With different models and measuring ranges, it is suitable for a wide range of applications.
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Robustness: Made from high-quality materials, the hydrometer is durable and resistant to chemical influences.
FAQs
How is the Ludwig Schneider precision density hydrometer calibrated?
The hydrometer is calibrated at the factory and is ready for immediate use. For regular calibration and accuracy checks, we recommend sending the device to a certified calibration service.
Which liquids can be measured with the hydrometer?
The hydrometer is suitable for measuring the density of a wide range of liquids, including mineral oils, salt water, alcohols and must. For specific applications such as the measurement of hydrochloric acid, the Ludwig Schneider hydrometer for hydrochloric acid can be used.
Is the hydrometer break-proof?
The hydrometer is made of robust glass, but is not break-proof. It should be handled with care and stored safely to prevent damage.
Conclusion
The Ludwig Schneider Precision Density Hydrometer is an indispensable instrument for anyone who needs to carry out precise density measurements. With its high accuracy, ease of use and versatility, it is the ideal choice for laboratories and industrial applications. Comparisons such as the Ludwig Schneider Density Hydrometer, length 250/270 mm show that this hydrometer stands out in terms of precision and reliability.
