Cryogenic Liquid Calorimeter Flow Calorimetry Method Cryogenic Liquid Calorimetric Analyzer Low-Temp Liquid Calorimetric Tester 

Description

The cryogenic liquid calorimeter employs the flow calorimetry method, a direct and reliable experimental approach for obtaining material specific heat data. It boasts high testing accuracy (up to ±1%), a wide temperature measurement range (-30~100℃), and user-friendly operation. With full automation capabilities, users can complete a series of experimental procedures such as temperature control, sample injection, pressurization, and data processing through simple software operations. It is suitable for measuring the specific heat of various liquids including oils, liquid fuels, fluorinated liquids, coolants, and chemical reagents.

Key Features

1. High measurement accuracy: Testing accuracy reaches ±1%, with less than ±3% across the full range.

2. Wide temperature measurement range: Capable of obtaining liquid specific heat capacity data within the range of -30~100℃.

3. Broad pressure range: Pressure measurement spans 0.1~15MPa (30MPa available upon customization).

4. Precise temperature control: Equipped with automatic temperature regulation, featuring a temperature control fluctuation of better than ±0.05℃ to ensure high accuracy of measurement results.

5. High automation: Enables automatic temperature control, automatic pressurization, and automatic data processing, with simple operation and easy maintenance.

Cryogenic Liquid Calorimeter Flow Calorimetry Method Cryogenic Liquid Calorimetric Analyzer Low-Temp Liquid Calorimetric Tester 

Technical Specification