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Widely applicable for testing the thermal conductivity of various materials such as insulation materials, plastics, rubber, thermal grease, composite materials, metal alloys, etc.
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Widely applicable for testing the thermal conductivity of various materials such as insulation materials, plastics, rubber, thermal grease, composite materials, metal alloys, etc.
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Xi'an Xiaxi Electronic Technology Co., Ltd. was established in 2007 and has been dedicated to the design, development, and equipment customization of high-precision physical property measurement instruments for 20 years. We are committed to transforming new measurement technologies in the international physical property research field into stable and reliable universal products. At present, various physical property measurement instruments developed and produced by the company, such as thermal conductivity meters, liquid specific heat meters, viscosity meters, density meters, gas PVT testing systems, flammability testers, vapor pressure testers, surface tension testers, solubility testers, etc., are widely used and have served thousands of research institutes and enterprises.
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HomeProduct CenterPhase Equilibrium > High-Pressure Phase Equilibrium Tester > VLE1000 Phase Equilibrium Tester

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VLE1000 Phase Equilibrium Tester

The maximum pressure is 4MPa, enabling the measurement of phase equilibrium parameters for various low-boiling-point pure substances、binary、ternary systems within -30~60℃.

Product features:: High-pressure measurement: The maximum pressure can reach 4MPa; Automatic sampling: multiple quantitative analysis with a single injection; Multi-parameter output：temperature, pressure, liquid/gas phase mole fractions

Description Technical Parameter Product Application

Description

The VLE1000 low-temperature phase equilibrium tester, developed based on the circulation analysis method, achieves system equilibrium by forcing two-phase flow through a liquid-phase circulation pump. It can sample and analyze gas-liquid phase samples by connecting to a chromatograph, featuring high temperature measurement accuracy (-30~60℃, accuracy better than 0.02℃), a wide pressure measurement range (0.1~4MPa), and accurate measurement. Combined with independently developed programs, it can realize automatic temperature control, automatic pressurization, automatic sampling, and data analysis. It is applicable for testing vapor-liquid equilibrium parameters of various low-boiling-point (gaseous at room temperature) pure substances and binary/ternary systems, and is particularly suitable for measuring refrigerants and their mixtures.

Key Features

l Wide temperature measurement range: Suitable for measurements within the temperature range of -30~60℃;

l Accurate temperature measurement: Temperature measurement accuracy reaches 0.02℃, ensuring reliable temperature data;

l High temperature control precision: Temperature fluctuation is less than ±0.05℃, ensuring experimental stability;

l Wide pressure measurement range: Pressure range of 0.1~4MPa, with support for custom higher pressure;

l Accurate pressure measurement: Adopting a high-precision pressure sensor, the measurement uncertainty of the pressure sensor is less than 0.04% FS;

l High degree of automation: Capable of automatic temperature control, automatic temperature measurement, automatic pressure measurement, and data processing;

l Automatic sampling: Enables multiple high-precision quantitative sampling and analysis with one injection, featuring short experimental time and stable experimental results.