Gas–liquid equilibrium apparatus

In the development of fine chemicals, process design and optimization, and specialized teaching experiments, accurate and reliable vapor–liquid equilibrium data often serve as a crucial research foundation. Our newly launched next‑generation vapor–liquid equilibrium experimental setup is dedicated to helping users obtain key physical property data more efficiently and conveniently in both R&D and teaching contexts, thereby supporting analysis and decision‑making.

Classification:

Non-standard equipment

Messageboard

Telephone:

400-920-1718

Product Description

In the development of fine chemicals, process design and optimization, and specialized teaching experiments, accurate and reliable vapor–liquid equilibrium data often serve as a crucial research foundation. Our newly launched next‑generation vapor–liquid equilibrium experimental setup is dedicated to helping users obtain key physical property data more efficiently and conveniently in both R&D and teaching applications, thereby supporting analysis and decision‑making.

It is primarily used for:
1. Chemical R&D: Can be used to determine vapor–liquid equilibrium data for binary and multicomponent systems, supports activity coefficient model fitting, and provides reference for formulation development and property research.
2. Process Design: It can provide foundational data references for process stages such as distillation theoretical plate calculation, reflux ratio optimization, and solvent screening, thereby supporting process development and improvement.
3. Teaching Experiments: Suitable for laboratory instruction in relevant majors, these experiments can be used to demonstrate the principles of gas–liquid equilibrium and to support teaching practices such as phase diagram plotting and activity coefficient calculations.

The equipment mainly consists of a balancing kettle, a temperature control system, a pressure control system, and a program control system.

Its core advantage lies in:
The device integrates high‑precision data acquisition with automated experimental procedures; its intelligent pressure regulation and online monitoring control system work in tandem to help maintain stable experimental conditions.

Choosing it may open up new possibilities for your R&D efficiency and process development.

Details

Technical parameters

Product Description
Technical parameters
Product Details Chart

Details

In the development of fine chemicals, process design and optimization, and specialized teaching experiments, accurate and reliable vapor–liquid equilibrium data often serve as a crucial research foundation. Our newly launched next‑generation vapor–liquid equilibrium experimental setup is dedicated to helping users obtain key physical property data more efficiently and conveniently in both R&D and teaching applications, thereby supporting analysis and decision‑making.

It is primarily used for:
1. Chemical R&D: Can be used to determine vapor–liquid equilibrium data for binary and multicomponent systems, supports activity coefficient model fitting, and provides reference for formulation development and property research.
2. Process Design: It can provide foundational data references for process stages such as distillation theoretical plate calculation, reflux ratio optimization, and solvent screening, thereby supporting process development and improvement.
3. Teaching Experiments: Suitable for laboratory instruction in relevant majors, these experiments can be used to demonstrate the principles of gas–liquid equilibrium and to support teaching practices such as phase diagram plotting and activity coefficient calculations.

The equipment mainly consists of a balancing kettle, a temperature control system, a pressure control system, and a program control system.

Its core advantage lies in:
The device integrates high‑precision data acquisition with automated experimental procedures; its intelligent pressure regulation and online monitoring control system work in tandem to help maintain stable experimental conditions.

Choosing it may open up new possibilities for your R&D efficiency and process development.

Product Description
Technical parameters
Product Details Chart

In the development of fine chemicals, process design and optimization, and specialized teaching experiments, accurate and reliable vapor–liquid equilibrium data often serve as a crucial research foundation. Our newly launched next‑generation vapor–liquid equilibrium experimental setup is dedicated to helping users obtain key physical property data more efficiently and conveniently in both R&D and teaching applications, thereby supporting analysis and decision‑making.

It is primarily used for:
1. Chemical R&D: Can be used to determine vapor–liquid equilibrium data for binary and multicomponent systems, supports activity coefficient model fitting, and provides reference for formulation development and property research.
2. Process Design: It can provide foundational data references for process stages such as distillation theoretical plate calculation, reflux ratio optimization, and solvent screening, thereby supporting process development and improvement.
3. Teaching Experiments: Suitable for laboratory instruction in relevant majors, these experiments can be used to demonstrate the principles of gas–liquid equilibrium and to support teaching practices such as phase diagram plotting and activity coefficient calculations.

The equipment mainly consists of a balancing kettle, a temperature control system, a pressure control system, and a program control system.

Its core advantage lies in:
The device integrates high‑precision data acquisition with automated experimental procedures; its intelligent pressure regulation and online monitoring control system work in tandem to help maintain stable experimental conditions.

Choosing it may open up new possibilities for your R&D efficiency and process development.
技术参数
技术参数