Alla France 301.130 TH Hydrometer with thermometer

Alla France 301.130 TH Hydrometer with thermometer

The Alla France 301.130 TH combines precision engineering with an integrated thermometer, ensuring reliable liquid density measurements across a range of 1.300 to 1.400 g/ml. Designed for professionals, its calibration at 20°C and 0.001 g/ml division make it indispensable in scientific, industrial, and environmental applications. Lightweight and easy to handle, this hydrometer is a top choice for accuracy and efficiency.

Product Features of Alla France Hydrometer with Thermometer

Precise Measurement

• Range: Measures densities between 1.300 and 1.400 g/ml, ideal for a variety of liquids.
• Resolution: A fine division of 0.001 g/ml provides highly detailed results.

Built-In Thermometer

• Calibration Temperature: Adjusted for 20°C, eliminating temperature-related errors.
• Streamlines the testing process by integrating temperature monitoring.

Ergonomic Design

• Length: A convenient 310 mm for easy operation.
• Weight: Compact at 0.3 kg, making it portable and practical for fieldwork or laboratory use.

Applications of Alla France Hydrometer with Thermometer

• Scientific Research: Ensures precise measurements for experiments and analysis.
• Industrial Quality Control: Used in industries like food and beverages, chemicals, and pharmaceuticals to monitor liquid consistency.
• Environmental Studies: Ideal for testing water samples and other liquids in environmental assessments.
• Education and Training: Perfect for teaching laboratory techniques in academic settings.

Specifications

• Model Number: 301.130 TH
• Range: 1.300 to 1.400 g/ml
• Division: 0.001 g/ml
• Length: 310 mm
• Weight: 0.3 kg
• Calibration Temperature: 20°C

Why Choose the Alla France Hydrometer with Thermometer?

The Alla France Hydrometer 301.130 TH delivers exceptional accuracy and ease of use, making it a trusted tool for professionals and educators alike. Its integrated thermometer simplifies testing, while its robust design ensures durability in both laboratory and industrial environments.