HG-SC6/12 Microwave Hydrothermal Synthesis System

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HG-SC6/12 Microwave Hydrothermal Synthesis System

Product ID：SYHCwbhc011

Price: Please inquire PDF Format

Supply Ability:50 SETS/MONTH

Port:SHENZHEN

Product Introduction
Other information

Model NumberHG-SC6/12

Brand NameHUAGANGTONG

Payment TermsTT，PAYPAL，Alibaba.com Pay

HG-SC6/12 Microwave Hydrothermal Synthesis System

Product Introduction
The HG-SC6/12 Microwave Hydrothermal Synthesis System is designed for high-throughput hydrothermal synthesis and laboratory materials research. It uses continuous, non-pulsed, automatically variable-frequency microwave control to support uniform microwave heating and consistent reaction conditions.
Equipped with a 52 L 316L stainless steel cavity, an 8-inch touchscreen, and independent temperature and pressure monitoring, the system can process up to 12 samples simultaneously or operate with 1–12 samples as required. Its reinforced safety features include an interlocking buffered explosion-proof door, automatic microwave shutdown, pressure-relief protection, and a high-volume exhaust system.

Performance Features
• Continuous microwave heating: 1400 W output with automatic continuous power adjustment and variable-frequency control.
• Precise temperature control: Platinum resistance temperature sensor, a control range of 0–300°C, and temperature accuracy of ±0.5°C.
• Temperature and pressure monitoring: Real-time display of reaction temperature, pressure, and temperature-pressure curves.
• High-throughput synthesis: Supports simultaneous synthesis of up to 12 samples, with flexible operation from 1 to 12 samples.
• Uniform microwave exposure: 360° reciprocating continuous rotation helps provide consistent microwave conditions across samples.
• Corrosion-resistant cavity: 52 L 316L stainless steel chamber with six layers of internal and external PFA coating.
• Durable reaction vessels: 100 mL microwave synthesis vessels featuring imported PEEK outer vessels and PTFE inner vessels.
• Integrated cooling and ventilation: Internal air cooling helps cool reaction vessels, while a corrosion-resistant centrifugal exhaust fan provides an exhaust rate of at least 5 m³/min.
• Remote operation: The separate control system allows operators to control the instrument from a distance.
• Multiple safety protections: Automatic microwave cutoff and alarms in the event of temperature- or pressure-control system failure, along with pressure-relief and buffered door protection.

Working Principle
The HG-SC6/12 uses microwave energy to heat reaction mixtures inside sealed hydrothermal synthesis vessels. Continuous, non-pulsed, automatically variable-frequency microwave output supports heating uniformity, while 360° reciprocating rotation helps expose samples to consistent microwave conditions.
A dual temperature-pressure control system monitors reaction conditions in real time. The instrument automatically stops microwave heating if the pressure exceeds the preset protection limit or if a temperature- or pressure-control system malfunctions. A dedicated pressure-relief membrane provides additional protection against excessive internal pressure.

Technical Parameters

Parameter	Specification
Model	HG-SC6/12
Instrument Type	Microwave Hydrothermal Synthesis System
Microwave Output Mode	Non-pulsed continuous, automatic variable-frequency control
Maximum Output Power	1400 W, continuously adjustable
Temperature Control Range	0–300°C
Maximum Operating Temperature	300°C
Temperature Control Accuracy	±0.5°C
Temperature Sensor	High-precision platinum resistance sensor
Pressure Control Range	0–6 MPa
Maximum Pressure Resistance	15 MPa
Pressure Control Accuracy	0.01 MPa
Number of Samples	1–12 samples; up to 12 simultaneously
Reaction Vessel Volume	100 mL
Outer Vessel Material	Imported PEEK
Inner Vessel Material	PTFE
Chamber Volume	52 L
Chamber Material	316L stainless steel
Chamber Coating	Six-layer PFA coating
Sample Rotation	360° reciprocating continuous rotation
Display and Operation	8-inch touchscreen
Monitoring	Real-time temperature, pressure, and temperature-pressure curves
Cooling	Internal air-cooling system
Exhaust Rate	≥5 m³/min
Control System	Separate remote-operable control unit
Safety Features	Automatic microwave cutoff, alarms, pressure-relief membrane, buffered interlocking explosion-proof door
Microwave Leakage	Complies with applicable national standards, according to the manufacturer

Application Scenarios
• Nanomaterial synthesis: Preparation and development of nanostructured materials.
• Hydrothermal and solvothermal research: Controlled synthesis under elevated temperature and pressure.
• Inorganic materials research: Preparation of inorganic compounds, crystals, and functional materials.
• Catalyst development: Laboratory synthesis and screening of catalyst materials.
• Chemical and materials laboratories: Parallel experiments for formulation development and reaction-condition optimization.
• High-throughput experiments: Simultaneous processing of up to 12 samples to improve experimental efficiency and reproducibility.

HG-SC6/12 vs. Conventional Hydrothermal Synthesis Equipment

Comparison Item	HG-SC6/12	Conventional Hydrothermal Equipment
Heating Method	Continuous microwave heating	Typically conventional external heating
Temperature Control	0–300°C, ±0.5°C accuracy	Depends on the equipment
Pressure Monitoring	Real-time monitoring and control	Depends on the equipment
Sample Throughput	Up to 12 samples simultaneously	Depends on vessel and equipment configuration
Heating Uniformity	Microwave control with 360° reciprocating rotation	Depends on heating design and configuration
Safety Protection	Automatic cutoff, alarms, pressure-relief membrane, buffered door	Depends on the equipment
Operation	8-inch touchscreen with remote-operable control unit	Depends on the equipment

Frequently Asked Questions
1. What is the HG-SC6/12 Microwave Hydrothermal Synthesis System used for?
It is designed for laboratory hydrothermal synthesis, materials development, nanomaterial preparation, catalyst research, and other experiments requiring controlled temperature and pressure.
2. How many samples can the HG-SC6/12 process at once?
It supports simultaneous synthesis of up to 12 samples and can also operate with fewer samples, from 1 to 12.
3. What is the maximum operating temperature?
The maximum operating temperature is 300°C, with a temperature control accuracy of ±0.5°C.
4. What is the pressure control range?
The pressure control range is 0–6 MPa, and the specified maximum pressure resistance is 15 MPa. These values describe different operating and resistance limits; users should follow the manufacturer's operating instructions.
5. What is the capacity of each synthesis vessel?
Each microwave synthesis vessel has a stated volume of 100 mL. The outer vessel is made of imported PEEK, and the inner vessel is made of PTFE.
6. How does the system improve synthesis consistency?
Continuous microwave output and 360° reciprocating rotation help provide more consistent microwave exposure across samples, supporting experimental repeatability.
7. What safety features are included?
The system includes temperature and pressure monitoring, automatic microwave shutdown, alarms for control-system failures, a pressure-relief membrane, and a self-locking buffered explosion-proof door.
8. Does the system support cooling and ventilation?
Yes. Internal air cooling helps cool the reaction vessels, and the corrosion-resistant centrifugal exhaust system has a specified exhaust rate of at least 5 m³/min.
9. Can the system be operated remotely?
The control system is separated from the main unit, allowing operators to control the instrument from a distance for improved operational safety.

Frequently Asked Questions
1. What is the HG-SC6/12 Microwave Hydrothermal Synthesis System used for?
It is designed for laboratory hydrothermal synthesis, materials development, nanomaterial preparation, catalyst research, and other experiments requiring controlled temperature and pressure.
2. How many samples can the HG-SC6/12 process at once?
It supports simultaneous synthesis of up to 12 samples and can also operate with fewer samples, from 1 to 12.
3. What is the maximum operating temperature?
The maximum operating temperature is 300°C, with a temperature control accuracy of ±0.5°C.
4. What is the pressure control range?
The pressure control range is 0–6 MPa, and the specified maximum pressure resistance is 15 MPa. These values describe different operating and resistance limits; users should follow the manufacturer's operating instructions.
5. What is the capacity of each synthesis vessel?
Each microwave synthesis vessel has a stated volume of 100 mL. The outer vessel is made of imported PEEK, and the inner vessel is made of PTFE.
6. How does the system improve synthesis consistency?
Continuous microwave output and 360° reciprocating rotation help provide more consistent microwave exposure across samples, supporting experimental repeatability.
7. What safety features are included?
The system includes temperature and pressure monitoring, automatic microwave shutdown, alarms for control-system failures, a pressure-relief membrane, and a self-locking buffered explosion-proof door.
8. Does the system support cooling and ventilation?
Yes. Internal air cooling helps cool the reaction vessels, and the corrosion-resistant centrifugal exhaust system has a specified exhaust rate of at least 5 m³/min.
9. Can the system be operated remotely?
The control system is separated from the main unit, allowing operators to control the instrument from a distance for improved operational safety.