All‑transparent reactor

Classification:

High‑pressure reactor

Special Reactor

Messageboard

Telephone:

400-920-1718

Product Description

In-situ visible reactors can meet the diverse experimental needs of laboratories, facilitating reaction observation. They are used for visual reaction studies, sample collection and analysis, investigation of multiphase phase behavior, zero‑distance observation of supercritical particle formation, thermodynamic property research, long‑term dissolution process monitoring, and more. These reactors find applications in a wide range of fields, including catalytic reactions, in-situ detection, corrosive testing, fine chemical production, supercritical reactions, as well as catalyst evaluation and development.
Main Equipment Parameters and Technical Specifications of the In-Situ Visual Reactor
Reactor feed: Dimethyl carbonate, water, etc.
Reactor Structure: Batch Type
Reactor opening and closing method: Flange connection
Pot lid sealing type: gasket
Effective volume of the reactor: 2000 mL
Material for the reactor: 316L
Reaction vessel operating temperature: -10~100℃
Design temperature of the reactor: 120°C
Reactor operating pressure: less than 5 bar
Design pressure of the reactor: 10 bar
Valve and pipe fitting material: 316L
Heat transfer method: Jacketed
Kettle Opening: Air inlet (1/4” compression fitting needle valve), air outlet (1/4” compression fitting needle valve), temperature measurement port (K-type thermocouple), pressure measurement port, safety valve port (HC276 rupture disc), feed inlet (equipped with a threaded plug), bottom discharge port (connected via a filter flange with a three‑way interface), stirring port (equipped with a magnetic coupling agitator; the wall‑scraping impeller blades are extended to 2/3 of the kettle’s internal height, and the impeller blades are removable). The gap between the impeller blades and the kettle wall is maintained at around 2 mm to achieve a wall‑scraping effect.
The pot lid is securely fastened, and the pot body can be manually raised and lowered.
Stirring speed: 150–1000 rpm
The jacketed visible reactor unit as a whole comprises a reaction unit, a window unit, a filtration unit, and a control unit.
Reaction Unit: The reactor vessel lid is securely fastened, while the vessel body can be manually raised and lowered via a hand crank. The vessel is equipped with an integral jacket, featuring a bottom inlet and top outlet designed with a pagoda-style connection (outer diameter 12 mm). The outer layer of the jacket is pre‑installed with a stainless steel insulation shell. Material is discharged from the bottom, and the vessel lid is fitted with one set of air inlet valves, one set of exhaust valves, and one set of safety valves that automatically relieve excess pressure for enhanced safety protection. Additionally, the unit includes one mechanical pressure gauge, one temperature sensor (for monitoring the internal vessel temperature), and one magnetic coupling agitator.
View Window Unit: The reactor body and jacket are integrated into a single design. Two elongated view windows are installed on the side of the reactor body to allow light to pass through and enable observation of changes in the material inside the reactor; the window lenses are replaceable.
Filtration Unit: The bottom discharge port is equipped with a filter plate that is connected to the bottom feed valve via a flange, allowing the filter plate to be easily replaced. The inner diameter of the discharge port is designed to be no less than 15 mm to enhance the filtration efficiency. The feed valve features a dual-port design, with one end connected to the vacuum filtration pump and the other end connected to a valve.

Details

Technical parameters

Product Description
Technical parameters
Product Details Chart

Details

In-situ visible reactors can meet the diverse experimental needs of laboratories, facilitating reaction observation. They are used for visual reaction studies, sample collection and analysis, investigation of multiphase phase behavior, zero‑distance observation of supercritical particle formation, thermodynamic property research, long‑term dissolution process monitoring, and more. These reactors find applications in a wide range of fields, including catalytic reactions, in-situ detection, corrosive testing, fine chemical production, supercritical reactions, as well as catalyst evaluation and development.
Main Equipment Parameters and Technical Specifications of the In-Situ Visual Reactor
Reactor feed: Dimethyl carbonate, water, etc.
Reactor Structure: Batch Type
Reactor opening and closing method: Flange connection
Pot lid sealing type: gasket
Effective volume of the reactor: 2000 mL
Material for the reactor: 316L
Reaction vessel operating temperature: -10~100℃
Design temperature of the reactor: 120°C
Reactor operating pressure: less than 5 bar
Design pressure of the reactor: 10 bar
Valve and pipe fitting material: 316L
Heat transfer method: Jacketed
Kettle Opening: Air inlet (1/4” compression fitting needle valve), air outlet (1/4” compression fitting needle valve), temperature measurement port (K-type thermocouple), pressure measurement port, safety valve port (HC276 rupture disc), feed inlet (equipped with a threaded plug), bottom discharge port (connected via a filter flange with a three‑way interface), stirring port (equipped with a magnetic coupling agitator; the wall‑scraping impeller blades are extended to 2/3 of the kettle’s internal height, and the impeller blades are removable). The gap between the impeller blades and the kettle wall is maintained at around 2 mm to achieve a wall‑scraping effect.
The pot lid is securely fastened, and the pot body can be manually raised and lowered.
Stirring speed: 150–1000 rpm
The jacketed visible reactor unit as a whole comprises a reaction unit, a window unit, a filtration unit, and a control unit.
Reaction Unit: The reactor vessel lid is securely fastened, while the vessel body can be manually raised and lowered via a hand crank. The vessel is equipped with an integral jacket, featuring a bottom inlet and top outlet designed with a pagoda-style connection (outer diameter 12 mm). The outer layer of the jacket is pre‑installed with a stainless steel insulation shell. Material is discharged from the bottom, and the vessel lid is fitted with one set of air inlet valves, one set of exhaust valves, and one set of safety valves that automatically relieve excess pressure for enhanced safety protection. Additionally, the unit includes one mechanical pressure gauge, one temperature sensor (for monitoring the internal vessel temperature), and one magnetic coupling agitator.
View Window Unit: The reactor body and jacket are integrated into a single design. Two elongated view windows are installed on the side of the reactor body to allow light to pass through and enable observation of changes in the material inside the reactor; the window lenses are replaceable.
Filtration Unit: The bottom discharge port is equipped with a filter plate that is connected to the bottom feed valve via a flange, allowing the filter plate to be easily replaced. The inner diameter of the discharge port is designed to be no less than 15 mm to enhance the filtration efficiency. The feed valve features a dual-port design, with one end connected to the vacuum filtration pump and the other end connected to a valve.

Product Description
Technical parameters
Product Details Chart

In-situ visible reactors can meet the diverse experimental needs of laboratories, facilitating reaction observation. They are used for visual reaction studies, sample collection and analysis, investigation of multiphase phase behavior, zero‑distance observation of supercritical particle formation, thermodynamic property research, long‑term dissolution process monitoring, and more. These reactors find applications in a wide range of fields, including catalytic reactions, in-situ detection, corrosive testing, fine chemical production, supercritical reactions, as well as catalyst evaluation and development.
Main Equipment Parameters and Technical Specifications of the In-Situ Visual Reactor
Reactor feed: Dimethyl carbonate, water, etc.
Reactor Structure: Batch Type
Reactor opening and closing method: Flange connection
Pot lid sealing type: gasket
Effective volume of the reactor: 2000 mL
Material for the reactor: 316L
Reaction vessel operating temperature: -10~100℃
Design temperature of the reactor: 120°C
Reactor operating pressure: less than 5 bar
Design pressure of the reactor: 10 bar
Valve and pipe fitting material: 316L
Heat transfer method: Jacketed
Kettle Opening: Air inlet (1/4” compression fitting needle valve), air outlet (1/4” compression fitting needle valve), temperature measurement port (K-type thermocouple), pressure measurement port, safety valve port (HC276 rupture disc), feed inlet (equipped with a threaded plug), bottom discharge port (connected via a filter flange with a three‑way interface), stirring port (equipped with a magnetic coupling agitator; the wall‑scraping impeller blades are extended to 2/3 of the kettle’s internal height, and the impeller blades are removable). The gap between the impeller blades and the kettle wall is maintained at around 2 mm to achieve a wall‑scraping effect.
The pot lid is securely fastened, and the pot body can be manually raised and lowered.
Stirring speed: 150–1000 rpm
The jacketed visible reactor unit as a whole comprises a reaction unit, a window unit, a filtration unit, and a control unit.
Reaction Unit: The reactor vessel lid is securely fastened, while the vessel body can be manually raised and lowered via a hand crank. The vessel is equipped with an integral jacket, featuring a bottom inlet and top outlet designed with a pagoda-style connection (outer diameter 12 mm). The outer layer of the jacket is pre‑installed with a stainless steel insulation shell. Material is discharged from the bottom, and the vessel lid is fitted with one set of air inlet valves, one set of exhaust valves, and one set of safety valves that automatically relieve excess pressure for enhanced safety protection. Additionally, the unit includes one mechanical pressure gauge, one temperature sensor (for monitoring the internal vessel temperature), and one magnetic coupling agitator.
View Window Unit: The reactor body and jacket are integrated into a single design. Two elongated view windows are installed on the side of the reactor body to allow light to pass through and enable observation of changes in the material inside the reactor; the window lenses are replaceable.
Filtration Unit: The bottom discharge port is equipped with a filter plate that is connected to the bottom feed valve via a flange, allowing the filter plate to be easily replaced. The inner diameter of the discharge port is designed to be no less than 15 mm to enhance the filtration efficiency. The feed valve features a dual-port design, with one end connected to the vacuum filtration pump and the other end connected to a valve.
技术参数
技术参数