| Microwave Source | Professional Laboratory Microwave Source |
|---|---|
| Power Supply | AC220V±10%，50HZ，10A/16A |
| Microwave Frequency | 2450MHz |
| Microwave Input Power | 2450MHz |
| Microwave Output Power | Standard 1000W, optional dual magnetron three-dimensional vertical array 2000W |
| Microwave power adjustment method | Continuously tunable |
| Material of Microwave Resonant Cavity | austenitic stainless steel |
| Microwave Resonant Cavity Volume | 45L |
| Microwave Cavity Modes | multimodal |
| Continuous Working Time | ≥72h |
| Primary Temperature Measurement Method | PT1000 Titanium Platinum Resistors |
|---|---|
| Temperature Sensor Range | 0-300℃ |
| Maximum Operating Temperature | Atmospheric pressure 300℃, high pressure 260℃ |
| Operating Temperature Control Range | 0-300℃ |
| Temperature Control Accuracy | ±1℃ |
| Response Speed | 7ms |
| Pressure Measurement Method | piezoelectric ceramic |
|---|---|
| Pressure Sensor Range | 0-10MPa |
| Maximum Working Pressure | 6MPa |
| Working Pressure Control Range | 0-6MPa |
| Pressure Measurement Accuracy | 0.01MPa |
| Response Speed | 7ms |
| Norm | 100、250、500ml |
|---|---|
| Material | Outer tank: Polyetheretherketone resin (PEEK) Inner tank: Polytetrafluoroethylene (PTFE) |
| Maximum withstand voltage | 15MPa |
| Frequency of use | Non-disposable, reusable |
| Rotary table station | 4, 6, 8, 10 bits |
|---|---|
| Temperature and pressure measurement and control system | Equipped with a single-channel temperature and pressure measurement and control system specially designed for parallel systems, realizing simultaneous control of temperature and pressure. |
| Whole Tank Temperature and Pressure Measurement System | Optionally, the temperature and pressure sensors of the parallel experiment can be upgraded to 4-channel temperature and 4-channel pressure sensors, which can measure and control the temperature and pressure of 4 reactors at the same time. Compatible with 9 kinds of temperature control methods, according to the maximum and minimum temperature or maximum and minimum pressure real-time switching control, but also can control the temperature of any channel individually. In addition, the average temperature control algorithm has been upgraded, based on the average temperature control of the 4 autoclaves, reducing relative differences and improving parallel consistency. |
| Full tank planetary magnetic stirring | Can be equipped with the same number of turntable stations of the whole tank mixing system, all the mixing points to follow the rotation of the turntable and turntable relative to the stationary, continuous mixing without interruption, no intermittent |
| High Pressure Reaction Vessel Specification | The 4-position carousel is compatible with 100ml, 250ml and 500ml high-pressure reaction vessels, while the 6-position, 8-position and 10-position are only compatible with 100ml high-pressure reaction vessels. |
| Ultrasound source | The ultrasonic transducer is enclosed to prevent safety hazards. |
|---|---|
| Ultrasonic frequency | 25KHz |
| Ultrasonic power | 1500W |
| Ultrasonic power adjustment method | Continuously tunable |
| Ultrasonic probe material | aluminum alloy |
| Ultrasonic Probe Specifications | φ8、14、18mm |
| Ultrasonic mode | Continuous, pulse adjustable |
| Ultrasonic high pressure reaction vessel | Volume 250ml, Maximum working pressure 4MPa, Maximum working temperature 240℃. |
| Fixed-position magnetic stirring | 1400r/min |
|---|---|
| Mechanical stirring | Support options |
| Digital Mechanical Stirring | Support options |
| Development Platform | Android-based |
|---|---|
| Screen | 10-inch color LCD touch screen |
| Processing Unit | Quad-core 1.2GHz |
| Random Access Memory | 3GB |
| Memory | 32G internal memory |
| Real-time Monitoring System | 12 Megapixel Camera |
| USB interface | 2 |
| Temperature-Pressure Coordinated Control | Standard dual-channel temperature/pressure dual measurement and control system, real-time monitoring of temperature/pressure changes in the reaction system, when the set value is reached, the instrument will automatically control the temperature and pressure operation, the system can also be upgraded to eight-channel temperature and pressure measurement and control system. |
| Microwave-Ultrasonic Synergistic Control | Under the constant temperature mode, the microwave power and ultrasonic duty cycle will be automatically adjusted with the temperature to ensure temperature stability, and the fluctuation of temperature control is ≤±2℃. |
| Cooling System | Air cooling |
|---|
| Wavelength | / |
|---|---|
| Power | / |
| Reaction Vessel Material | / |
| Light Intensity Detection | / |
| Pre-Injection Booster System | Before the start of the reaction, the atmosphere in the high-pressure reactor can be adjusted, gas injection, pumping, gas exchange test |
|---|---|
| Solid Phase Reaction Apparatus | Infrared temperature sensor and crucible for solid-phase reaction experiments |
| Photocatalytic Module | Optionally available with a 365nm UV source and all glass vessels upgraded to quartz. |
| Microwave Radiation Synchronized Cooling | Customized modification of the instrument side wall of the water inlet and outlet and do a good job of microwave shielding, in order to later feed, air, liquid. Equipped with jacketed flasks, can be in the microwave heating, ultrasonic oscillation external refrigerant to take away the heat, maximize the microwave, ultrasonic output power. |
| Helical Tube Flow Reactor | The water inlet and outlet on the side wall of the instrument are customized, and at the same time, the microwave shielding work is well done, and it is equipped with an atmospheric system feed pump suitable for microwave flow-type reaction in atmospheric pressure system and the corresponding piping made of PTFE. |
| ID | Organization/Institution/Company | Sector | Purchase date |
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