Jacketed Reactor

The high- and low‑temperature oil bath reactor is constructed from Hastelloy alloy, with all parts in contact with the material inside the reactor also made of Hastelloy. The reactor features a quick‑opening design for even more convenient operation. It is equipped with a three‑way gas inlet system. The oil bath is used to precisely control the material temperature, employing a double‑tube jacketed inlet–outlet configuration, while mechanical stirring provides the mixing action. The operator interface is a color touch screen, featuring multi‑level menus and tiered management settings with multiple windows.

Classification:

High‑pressure reactor

Special Reactor

Messageboard

Telephone:

400-920-1718

Product Description

Jacketed Reactor
Jacketed glass reactor, laboratory jacketed reactor, Hastelloy jacketed reactor, vertical jacketed reactor, small jacketed reactor, jacketed heating reactor, oil bath reactor, oil‑circulated heating reactor, high‑ and low‑temperature oil bath reactor

Main Parameters and Technical Specifications
1. Reactor volume: 100 ml (oil bath: -10–200°C)
2. Material: Hastelloy HC-276; (All parts in contact with the material inside the reactor are made of Hastelloy.)
3. Reactor Lid Openings: Sampling port *1, Air inlet ports *2, Pressure gauge port *1 (with safety rupture disc), Stirring port *1, Temperature measurement port *1
4. Reactor opening method: Quick‑release screw‑on design
5. Design pressure: 0–12.5 MPa
6. Operating pressure: 0–10 MPa
7. Design Temperature: 0–200°C
8. Operating temperature: 0–180°C
9. Sealing Method: Magnetic Seal
10. Discharge Method: Top Discharge
Research Direction/Process: Hydrothermal Reaction
Gaseous media: hydrogen, oxygen, methane
Liquid-phase media: Methanol (L), water (L), hydrogen peroxide (L)
Stirring: Mechanical stirring
Operating temperature: 0–10°C.
Control System
Operating Interface: Color touch screen, modular display, user‑customizable display modules, customizable module enablement and disablement, multi‑level menus, and tiered management settings for multiple windows.
Temperature Control Module: High- and Low-Temperature Circulation Unit, which controls the temperature of the material inside the reactor with a temperature control accuracy of ±1℃.
Timing Module: Dual Timing Modes – Keep-Warm Timer and Start Timer
Pressure Module: Pre‑installed pressure sensor, imported from a UK brand, made of 316L material, with digital pressure display and overpressure alarm interlock, plus customizable upper alarm pressure.
Pre‑installed components
Gas-phase needle valve: Made of 316L material, for inlet, outlet, and constant-pressure feeding.
Liquid-phase needle valve: Made of 316L material, for venting/sampling (Note: The liquid-phase valve outlet is standardly equipped with a 3 mm outer diameter liquid discharge bend; the temperature of the sampled liquid phase should be below 230°C).
Liquid-phase bottom sampling: HC-276, bottom sampling for sample collection.
Safety blasting device: Made of 316L material, designed for blast venting and pressure relief.
Temperature sensor sleeve: Made of HC-276 material, used to measure the temperature inside the reactor.
Pressure gauge: Made of 316L material, used to measure the pressure inside the reactor.
Pressure sensor: Made of 316L material, digital display of pressure inside the reactor.
Magnetic Stirrer: Made of HC-276 material, stirring.

Details

Technical parameters

Product Description
Technical parameters
Product Details Chart

Details

Jacketed Reactor
Jacketed glass reactor, laboratory jacketed reactor, Hastelloy jacketed reactor, vertical jacketed reactor, small jacketed reactor, jacketed heating reactor, oil bath reactor, oil‑circulated heating reactor, high‑ and low‑temperature oil bath reactor

Main Parameters and Technical Specifications
1. Reactor volume: 100 ml (oil bath: -10–200°C)
2. Material: Hastelloy HC-276; (All parts in contact with the material inside the reactor are made of Hastelloy.)
3. Reactor Lid Openings: Sampling port *1, Air inlet ports *2, Pressure gauge port *1 (with safety rupture disc), Stirring port *1, Temperature measurement port *1
4. Reactor opening method: Quick‑release screw‑on design
5. Design pressure: 0–12.5 MPa
6. Operating pressure: 0–10 MPa
7. Design Temperature: 0–200°C
8. Operating temperature: 0–180°C
9. Sealing Method: Magnetic Seal
10. Discharge Method: Top Discharge
Research Direction/Process: Hydrothermal Reaction
Gaseous media: hydrogen, oxygen, methane
Liquid-phase media: Methanol (L), water (L), hydrogen peroxide (L)
Stirring: Mechanical stirring
Operating temperature: 0–10°C.
Control System
Operating Interface: Color touch screen, modular display, user‑customizable display modules, customizable module enablement and disablement, multi‑level menus, and tiered management settings for multiple windows.
Temperature Control Module: High- and Low-Temperature Circulation Unit, which controls the temperature of the material inside the reactor with a temperature control accuracy of ±1℃.
Timing Module: Dual Timing Modes – Keep-Warm Timer and Start Timer
Pressure Module: Pre‑installed pressure sensor, imported from a UK brand, made of 316L material, with digital pressure display and overpressure alarm interlock, plus customizable upper alarm pressure.
Pre‑installed components
Gas-phase needle valve: Made of 316L material, for inlet, outlet, and constant-pressure feeding.
Liquid-phase needle valve: Made of 316L material, for venting/sampling (Note: The liquid-phase valve outlet is standardly equipped with a 3 mm outer diameter liquid discharge bend; the temperature of the sampled liquid phase should be below 230°C).
Liquid-phase bottom sampling: HC-276, bottom sampling for sample collection.
Safety blasting device: Made of 316L material, designed for blast venting and pressure relief.
Temperature sensor sleeve: Made of HC-276 material, used to measure the temperature inside the reactor.
Pressure gauge: Made of 316L material, used to measure the pressure inside the reactor.
Pressure sensor: Made of 316L material, digital display of pressure inside the reactor.
Magnetic Stirrer: Made of HC-276 material, stirring.

Product Description
Technical parameters
Product Details Chart

Jacketed Reactor
Jacketed glass reactor, laboratory jacketed reactor, Hastelloy jacketed reactor, vertical jacketed reactor, small jacketed reactor, jacketed heating reactor, oil bath reactor, oil‑circulated heating reactor, high‑ and low‑temperature oil bath reactor

Main Parameters and Technical Specifications
1. Reactor volume: 100 ml (oil bath: -10–200°C)
2. Material: Hastelloy HC-276; (All parts in contact with the material inside the reactor are made of Hastelloy.)
3. Reactor Lid Openings: Sampling port *1, Air inlet ports *2, Pressure gauge port *1 (with safety rupture disc), Stirring port *1, Temperature measurement port *1
4. Reactor opening method: Quick‑release screw‑on design
5. Design pressure: 0–12.5 MPa
6. Operating pressure: 0–10 MPa
7. Design Temperature: 0–200°C
8. Operating temperature: 0–180°C
9. Sealing Method: Magnetic Seal
10. Discharge Method: Top Discharge
Research Direction/Process: Hydrothermal Reaction
Gaseous media: hydrogen, oxygen, methane
Liquid-phase media: Methanol (L), water (L), hydrogen peroxide (L)
Stirring: Mechanical stirring
Operating temperature: 0–10°C.
Control System
Operating Interface: Color touch screen, modular display, user‑customizable display modules, customizable module enablement and disablement, multi‑level menus, and tiered management settings for multiple windows.
Temperature Control Module: High- and Low-Temperature Circulation Unit, which controls the temperature of the material inside the reactor with a temperature control accuracy of ±1℃.
Timing Module: Dual Timing Modes – Keep-Warm Timer and Start Timer
Pressure Module: Pre‑installed pressure sensor, imported from a UK brand, made of 316L material, with digital pressure display and overpressure alarm interlock, plus customizable upper alarm pressure.
Pre‑installed components
Gas-phase needle valve: Made of 316L material, for inlet, outlet, and constant-pressure feeding.
Liquid-phase needle valve: Made of 316L material, for venting/sampling (Note: The liquid-phase valve outlet is standardly equipped with a 3 mm outer diameter liquid discharge bend; the temperature of the sampled liquid phase should be below 230°C).
Liquid-phase bottom sampling: HC-276, bottom sampling for sample collection.
Safety blasting device: Made of 316L material, designed for blast venting and pressure relief.
Temperature sensor sleeve: Made of HC-276 material, used to measure the temperature inside the reactor.
Pressure gauge: Made of 316L material, used to measure the pressure inside the reactor.
Pressure sensor: Made of 316L material, digital display of pressure inside the reactor.
Magnetic Stirrer: Made of HC-276 material, stirring.
技术参数
技术参数