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classification rule
The micro reactor is divided into three series according to its structure-
F series flange reactorUpper and lower flanges, bolt and nut fastening structure
Working condition:300℃&10MPa(Customizable) -
K series fast opening reactorSemi open loop design, easy disassembly
Working condition:300℃&10MPa(Customizable) -
Y Series one button quick opening reactorOne twist is enough for easy operation
Working condition:250℃&10MPa(Customizable)
Micro reactors are divided into HT type and Zn type according to different control modes。The common model named with HT prefix is LCD display and key operation. This model is named with HT prefix
Functional features：Display external temperature, kettle temperature, rotating speed and reaction time; Set the target temperature, upper limit of external temperature, mixing speed, reaction time and alarm temperature difference; Overtemperature automatic power-off protection.
Name the smart model with Zn prefix as the touch screen operation
Functional features：It has all the functions of ordinary models. Expand multi-channel communication interface, which can be connected to pressure sensor, gas mass flow controller, feed pump, solenoid valve, etc. All data can be recorded and exported through USB port.
According to different stirring forms, micro reactors can be divided into magnon stirring and mechanical stirringMagneton stirring
The reactor is placed with high temperature resistant and strong magnetic Teflon agitator, and the external magnet at the bottom of the boiler drives the agitator to be used in the small volume reactor
Mechanical stirring
The mixing paddle is in direct contact with the material to mix more fully. The sealing form adopts magnetic coupling sealing. Various paddle types are available. It is suitable for high viscosity and large volume reactor
Naming rulesModel example
1Represents a reactor made of special materials. The standard is stainless steel, and t indicates titanium; C represents Hastelloy; M represents Monel alloy; I is Inconel; Z represents zirconium material.
2C indicates magneton stirring, and there are C \ J for selection. J means mechanical mixing
3Represents the three f \ K \ Y Series divided by structure
4Indicates the effective volume of the reactor. The basic models are10、25、50、100、250、500、1000、2000ml
5HT It represents the ordinary model for key operation, and Zn represents the intelligent model for touch screen operation
The configuration components of the standard reactor take zn-250yj as an example as follows:
Basic parameter configuration table |
F series | K series | Y series |
|---|---|---|---|
| structural style | Upper and lower flanges, bolt and nut fastening structure | Semi open loop quick opening structure | One key quick opening structure |
| Full volume | 10/25/50/100/250/500/1000/2000ml | 50/100/250/500ml | 50/100/250/500ml |
| Mechanical mixing is applicable to the volume of 100ml and above | |||
| Operating conditions (maximum) | 300℃&10Mpa，Customizable high temperature and high pressure | 300℃&10Mpa | 200℃&10Mpa |
| texture of material | Standard 316L, customized Hastelloy / Monel / Inconel / titanium / zirconium and other special materials | ||
| Valve nozzle | 1 / 4 "inlet valve, 1 / 4" exhaust valve, thermocouple, pressure gauge, safety valve, mixing (mechanical mixing) and spare port respectively | ||
| Sealing material | Graphite metal sealing ring | Modified polytetrafluoroethylene | Imported perfluoroether |
| Mixing form | C-type magnetic stirring, J-type mechanical stirring. Maximum speed: 1000rpm | ||
| Heating mode |
Integrated pouring electric heating furnace with heating power of 600-1500w. Non standard customized jacket external circulation heating |
||
| control mode | HT LCD display, key operation; Zn touch screen display operation with data storage and record export | ||
| Overall dimension | Min:305*280*465mm Max:370*360*700mm | ||
| Power Supply | AC220V 50Hz | ||
| Optional function | Process feed, built-in cooling coil, process sampling, condensation reflux or recovery, etc | ||
Contact Us
Address：北京市北京經濟技術開發區經海三路109號院
Email：xubinbin@htlab.cn
