YZTR-100MS Sapphire Visual Reaction Vessel

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YZTR-100MS Sapphire Visual Reaction Vessel

Product ID：SYHCfyf023

Price: Please inquire PDF Format

Supply Ability:50 SETS/MONTH

Port:SHENZHEN

Product Introduction
Other information

Model NumberYZTR-100MS

Brand NameSHYANZHENG

Payment TermsTT，PAYPAL，Alibaba.com Pay

YZTR-100MS Sapphire Visual Reaction Vessel

Product Introduction
The YZTR-100MS Sapphire Visual Reaction Vessel is a high-pressure laboratory reactor designed for research involving chemical reactions under controlled temperature and pressure. Its vessel components are made from sapphire, 316L stainless steel, and PTFE, providing visibility and resistance to corrosion and elevated temperatures under suitable operating conditions.
The reactor uses a ring-shaped permanent-magnet drive with a static sealing structure for powerful stirring without a rotating shaft seal penetrating the vessel. It features oil-bath circulation heating, a touchscreen control interface, electric vessel lifting, data recording, report export, and safety interlocks. It is suitable for research institutions, universities, and laboratories working in petroleum, chemical, pharmaceutical, dye, metallurgical, and food-related fields.

Performance Features
• Visible reaction chamber: Sapphire components enable visual observation of reaction processes.
• High-pressure operation: Maximum specified working pressure of 100 bar.
• Magnetic stirring: Static sealing design helps reduce leakage risks associated with conventional rotating shaft seals.
• Electric lifting structure: The vessel body moves vertically for convenient opening and closing.
• Oil-bath circulation heating: Provides stable heat transfer and temperature control.
• Touchscreen operation: Full-touch interface based on the YZ-MRCTR operating system.
• Data management: Supports data acquisition, recording, and report export.
• Safety protection: Safety interlocks and overtemperature and overpressure alarms.
• Compact design: Space-efficient construction for laboratory use.

Working Principle
The YZTR-100MS uses an oil-bath circulation system to transfer heat to the reaction vessel. The temperature controller regulates heating to maintain the selected temperature within the specified control accuracy under suitable conditions.
A permanent-magnet drive transmits rotational force to the internal stirring assembly through a static sealing structure, enabling mixing while minimizing the risk of leakage through a rotating shaft seal. The sapphire viewing component allows operators to observe the reaction, while the touchscreen system manages operating settings, data acquisition, and records. Safety interlocks and alarms help protect the equipment during operation.

Technical Parameters

Parameter	Specification
Model	YZTR-100MS
Reactor Type	Sapphire Visual Reaction Vessel
Opening and Closing Method	KF quick-tightening type; fixed lid with electrically lifted vessel body
Sealing Method	Self-tightening O-ring seal
Heat Transfer Method	Oil-bath circulation heating
Design Temperature	200°C
Operating Temperature	-10 to 150°C
Temperature Control Accuracy	±1°C, without strong exothermic or endothermic effects
Design Pressure	150 bar
Listed Burst Pressure	125 bar
Maximum Operating Pressure	≤100 bar
Standard Materials	Sapphire and 316L stainless steel
Stirring Power	80 W
Stirring Torque	0.47 N·m
Stirring Speed	150–1000 rpm
Operating System	YZ-MRCTR
Control Interface	Touchscreen
Data Functions	Data acquisition, recording, and report export
Safety Functions	Interlocks, overtemperature alarm, and overpressure alarm

Application Scenarios
• Petroleum research: Laboratory investigation of petroleum-related reactions under controlled conditions.
• Chemical synthesis: Observation and evaluation of chemical reactions at elevated pressure.
• Pharmaceutical R&D: Laboratory-scale reaction studies and process development.
• Dye and pigment research: Investigation of reaction behavior and synthesis conditions.
• Metallurgy and mining research: Laboratory studies involving chemical processing and reaction systems.
• Food-related research: Controlled laboratory reaction studies where compatible materials and operating conditions are confirmed.
• University and institutional laboratories: High-pressure reaction experiments requiring visual observation, stirring, temperature control, and data recording.

Comparison: Sapphire Visual Reaction Vessel vs. Conventional Laboratory Reactor

Feature	YZTR-100MS Sapphire Visual Reaction Vessel	Conventional Non-Visual Reactor
Reaction Observation	Sapphire viewing component supports visual observation	Usually requires separate monitoring methods
Stirring Drive	Magnetic drive with static sealing	Depends on design; may use a shaft seal
Heating Method	Oil-bath circulation heating	Varies by model
Temperature Range	-10 to 150°C operating range	Model-dependent
Maximum Working Pressure	≤100 bar	Model-dependent
Temperature Control Accuracy	±1°C under specified conditions	Model-dependent
Data Management	Acquisition, recording, and report export	Depends on control system
Safety Features	Interlocks and overtemperature/overpressure alarms	Depends on configuration

Frequently Asked Questions (FAQ)
1. What is the YZTR-100MS sapphire visual reaction vessel used for?
It is designed for laboratory research involving high-pressure chemical reactions that benefit from visual observation, magnetic stirring, and controlled heating.
2. What is the maximum operating pressure?
The specified maximum operating pressure is 100 bar. Actual operating limits must follow the manufacturer's instructions and the approved operating conditions.
3. What is the operating temperature range?
The specified operating temperature range is -10 to 150°C, with a design temperature of 200°C.
4. Can the reaction process be observed directly?
Yes. Its sapphire viewing component allows visual observation of the reaction process, subject to the vessel configuration and the visibility of the reaction mixture.
5. How does the magnetic stirring system work?
A permanent-magnet drive transmits rotation to the internal stirring assembly through a static sealing structure, reducing reliance on a rotating shaft seal through the vessel wall.
6. What heating method does this reactor use?
It uses oil-bath circulation heating for heat transfer and temperature regulation.
7. Does the reactor support data recording?
Yes. The control system supports data acquisition, recording, and report export.
8. What safety features are included?
The reactor includes safety interlocks and overtemperature and overpressure alarms. These features do not replace appropriate pressure-system procedures and protective measures.
9. Which materials are used in the reactor?
The listed standard materials include sapphire and 316L stainless steel; PTFE is also specified among the vessel materials. Chemical compatibility should be verified for each application.

Frequently Asked Questions (FAQ)
1. What is the YZTR-100MS sapphire visual reaction vessel used for?
It is designed for laboratory research involving high-pressure chemical reactions that benefit from visual observation, magnetic stirring, and controlled heating.
2. What is the maximum operating pressure?
The specified maximum operating pressure is 100 bar. Actual operating limits must follow the manufacturer's instructions and the approved operating conditions.
3. What is the operating temperature range?
The specified operating temperature range is -10 to 150°C, with a design temperature of 200°C.
4. Can the reaction process be observed directly?
Yes. Its sapphire viewing component allows visual observation of the reaction process, subject to the vessel configuration and the visibility of the reaction mixture.
5. How does the magnetic stirring system work?
A permanent-magnet drive transmits rotation to the internal stirring assembly through a static sealing structure, reducing reliance on a rotating shaft seal through the vessel wall.
6. What heating method does this reactor use?
It uses oil-bath circulation heating for heat transfer and temperature regulation.
7. Does the reactor support data recording?
Yes. The control system supports data acquisition, recording, and report export.
8. What safety features are included?
The reactor includes safety interlocks and overtemperature and overpressure alarms. These features do not replace appropriate pressure-system procedures and protective measures.
9. Which materials are used in the reactor?
The listed standard materials include sapphire and 316L stainless steel; PTFE is also specified among the vessel materials. Chemical compatibility should be verified for each application.