Model: CM-D100
► Greener & Safer;
► Higher yield and purity, shorter reaction time, less waste;
► Smaller footprint, it is a laboratory and a workshop;
► “Plug and play” modular equipment, lower capital investment;
► Better mixing for immiscible liquids & gases;
► Ideal for fast & exothermic reaction;
► Easy to clean.
► The viscosity range of liquid-liquid reaction is 0-100cp;
► Pressure safety protection device;
► Feasibility studies for Continuous flow;
► Better heat and mass transfer.
► High surface / volume ratio, good at photocatalysis and temperature control
Control and doing system
►1. Siemens PLC control system and 10-inch touch screen
►2. Real-time monitoring and display of system pressure, temperature, flow rate and other parameters
►3. Control and display flow, pressure parameters of pumps and gas mass flow controllers
►4. Setting and control of temperature control system
►5. Control and status display of light source system
►6. Alarms for signal loss, abnormal temperature and overpressure protection
►7. Multi-channel temperature control module, expandable
►8. Automatic cleaning function
►9. Reserved RS485 communication interface
CM-D Glass Reactors - Kilo-scale
► HT, heart-shaped:
Mainly used for liquid-liquid and gas-liquid mixing, solid particles ≤50um and solid content ≤5%.
The mass transfer principle is shear-diversion-combination-reshear.
► SAT, 8-shaped:
The boundary layer is the least, the fluid mass transfer dispersion distance is the shortest, and it is mainly used for viscous liquids and easily agglomerated solids.
► CRT, continuous rotation type:
Can effectively prevent the continuous shearing from causing the complex components and small molecules to be sheared too finely.It is suitable for continuous crystallization and liquid-liquid and liquid-solid type processes with high requirements for solid particle consistency. Reactions that require extended residence time.
The largest surface area ratio and has excellent light utilization efficiency when used in photochemistry.
CM-DG Photochemical Reactors
► Modular system.
► High surface-area-to-volume ratios.
► Uniform irradiation, can be substantially accelerated and scaled to higher quantities.
► Energy-efficient LED and quasi-monochromatic light.
► Reliable, consistent, and precise for explore photochemistry.
► Designed with an eye on easy operations and cleaning; optimum lamp spacing, uniform flow field, and significant efficiency advantages amongst others.
► 285nm、295nm、310nm、365nm、395nm、405-425nm、450-475nm（blue）、520-550nm(green)、4000K、6000K etc.
CM-DM Reactor - Metal
This kind reactor adopts the latest seamless welding technology, which welding of the entire plane instead of the welding corners, and use special process, high-strength whole-surface welding without processing the weld seam, and welding strength is much higher than resistance welding and butt welding.
The separation shear-combination-separation shear flow channel model, which takes into account the two factors of mass transfer and pressure drop, and maximizes the efficiency of the mass transfer process on the basis of minimizing the pressure drop. Two sides heat exchange plates with special structures, fast heat exchanger capability which safely and stably.
CM-DSiC Reactor – SiC
l Superior Thermal Conductivity and Precise Temperature Control (Core Advantages)
l Ultra-high thermal conductivity: The thermal conductivity reaches 120–490 W/(m·K), which is 8–30 times that of stainless steel (≈15 W/(m·K)).
l Wide temperature adaptability: The material stably operates at 1400–1600 °C for long-term service and withstands transient temperatures above 1700 °C.
l Excellent chemical inertness: It exhibits outstanding resistance to concentrated acids (concentrated sulfuric acid, hydrofluoric acid), concentrated alkalis, strong oxidants (aqua regia), and most organic solvents.
l Ultra-long service life: The service life is more than 10 times that of conventional metal and glass reactors.
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