Ultra-high pressure reactor

The ultra-high temperature and high-pressure reactor manufactured by Shanghai Yanzheng, known as the Yanzheng Instrument Ultra-High Temperature and High-Pressure Reactor, is specially designed for high-temperature and high-pressure applications. It operates at a temperature of 400°C and a pressure of 20 MPa. The heating module, reactor body sealing, control system modes, and other components have been uniquely engineered to meet the demands of high-temperature and high-pressure conditions. Additionally, physical and control system barriers have been specially incorporated to ensure the safety of research personnel.

Classification:

High‑pressure reactor

Intelligent Lifting Reactor

Special Reactor

Messageboard

Telephone:

400-920-1718

Product Description

Details

Technical parameters

Product Description
Technical parameters
Product Details Chart

Details

Version	Ultra-high temperature and high-pressure reactor
Equipment Selection	YZRJ-①(M)
	① Reactor Volume (mL): Standard options are “100, 250, 500”.
	Stirring Method: “(M)” denotes magnetic coupling stirring.
Operating temperature	≤400℃
Use pressure	20mpa
Stirring speed	100-1000r/min
Mixing Method	Magnetic Coupling Stirring
Heating module	Electric heating
Opening and closing method	RJ Hard Seal Design
Yan Zheng’s Unique Advantages	1. Pressure digital display function with pressure display accuracy in three modes: 0.01 MPa, PSI, MPa, and bar;
	2. Safety Interlock Protection Function: Freely set overpressure and overtemperature alarm thresholds; the system will automatically trigger an alarm and halt the reaction upon detecting either overtemperature or overpressure.
	3. 7-inch true-color touch operation with Chinese and English interfaces, one‑click switching.
	4. The ultra-high temperature furnace is separated from the control system.
	5. Equipped with RS485 communication, it can be connected to a computer for control.
Non-standard customization	The maximum pressure can reach 20 MPa, and the material can be customized—options include titanium, Monel, zirconium, Hastelloy, Inconel, and more. The reactor body can also be customized with the following features: 1) Addition of constant-pressure feeding; 2) Condensation coil for condensation, reflux, and collection; 3) High‑ and low‑temperature oil baths or molten salt baths; 4) Online sampling and filtration; 5) Installation of additional valves and use of imported valves, enabling integration of high‑pressure automatic gas and liquid inlets, as well as a fully integrated reaction system that follows PID process control procedures.
Power supply	~90–240 V / Wide voltage, globally compatible
Work environment	-20°C to 70°C, with relative humidity ranging from 0% to 95%.

Product Description
Technical parameters
Product Details Chart

技术参数

Version	Ultra-high temperature and high-pressure reactor
Equipment Selection	YZRJ-①(M)
	① Reactor Volume (mL): Standard options are “100, 250, 500”.
	Stirring Method: “(M)” denotes magnetic coupling stirring.
Operating temperature	≤400℃
Use pressure	20mpa
Stirring speed	100-1000r/min
Mixing Method	Magnetic Coupling Stirring
Heating module	Electric heating
Opening and closing method	RJ Hard Seal Design
Yan Zheng’s Unique Advantages	1. Pressure digital display function with pressure display accuracy in three modes: 0.01 MPa, PSI, MPa, and bar;
	2. Safety Interlock Protection Function: Freely set overpressure and overtemperature alarm thresholds; the system will automatically trigger an alarm and halt the reaction upon detecting either overtemperature or overpressure.
	3. 7-inch true-color touch operation with Chinese and English interfaces, one‑click switching.
	4. The ultra-high temperature furnace is separated from the control system.
	5. Equipped with RS485 communication, it can be connected to a computer for control.
Non-standard customization	The maximum pressure can reach 20 MPa, and the material can be customized—options include titanium, Monel, zirconium, Hastelloy, Inconel, and more. The reactor body can also be customized with the following features: 1) Addition of constant-pressure feeding; 2) Condensation coil for condensation, reflux, and collection; 3) High‑ and low‑temperature oil baths or molten salt baths; 4) Online sampling and filtration; 5) Installation of additional valves and use of imported valves, enabling integration of high‑pressure automatic gas and liquid inlets, as well as a fully integrated reaction system that follows PID process control procedures.
Power supply	~90–240 V / Wide voltage, globally compatible
Work environment	-20°C to 70°C, with relative humidity ranging from 0% to 95%.