ReactionFlux™ Platform
A Research Platform Designed to Accelerate Scientific Discovery
ReactionFlux™ is a flexible laboratory platform for investigating magnetic-field-assisted reactions, hydrolysis, extraction, synthesis, and material transformation. It provides precise control of magnetic fields and temperature to help researchers explore new processing mechanisms and accelerate innovation.
· Chemical Reactions — Explore reaction behavior under controlled field-assisted environments.
· Hydrolysis — Investigate efficient hydrolysis pathways and process optimization.
· Biomass Conversion — Support sustainable biomass transformation research.
· Catalytic Reactions — Study reaction enhancement and catalytic performance.
· Functional Ingredient Extraction — Develop advanced extraction technologies for valuable compounds.
· Polymer Modification — Investigate material structure transformation and modification.
· Advanced Materials Research — Explore new materials preparation and processing mechanisms.
· Bioprocess Engineering — Support innovative biological processing research.
· Adjustable Magnetic Fields — Precise control of field strength and frequency.
· Induction Heating — Efficient and uniform energy delivery.
· Laboratory Flexibility — Modular design for various experiments.
· Reliable & Repeatable — Stable performance for accurate results.
· Advanced Monitoring — Real-time data acquisition and process tracking.
· Scalable Pathway — Designed for future process scale-up.
Controlled Field-Assisted Reaction Environment
ReactionFlux™ combines adjustable magnetic fields with induction heating to create a highly controllable reaction environment. The synergy of electromagnetic fields and thermal energy can influence reaction kinetics, mass transfer, and material behavior.
· Adjustable Magnetic Field: DC–500 mT
· Induction Heating: Up to 250 °C
· Real-time Monitoring: Temperature, Field, Pressure
· Modular Reaction Chamber: Various Volumes
Performance
Specifications
Parameter
Specification
Magnetic Field Strength
0–500 mT (Adjustable)
Frequency
1 Hz–100 kHz
Heating Method
Induction (Non-contact)
Temperature Range
Room Temp-250 °C
Reactor Volume
10–1000 mL (Customizable)
Pressure Range
Up to 10 MPa (Optional)
Control System
Touchscreen / PC Interface
Data Logging
Yes
Key Benefits
Explore New Reaction Mechanisms
Investigate innovative processing pathways enabled by controlled electromagnetic environments.
Improve Reaction Efficiency and Selectivity
Optimize reaction conditions through precise energy management.
Reduce Processing Time and Energy Consumption
Enhance process performance while improving energy utilization.
Highly Repeatable Experimental Conditions
Generate reliable and reproducible research data.
Flexible Configuration for Diverse Research Needs
Adapt the system to different experimental objectives.
Seamless Transition From Lab to Pilot Scale
Support technology development beyond laboratory research.
Related Resources
Explore how field-assisted technologies influence hydrolysis processes.
Application Note: Magnetic Field-Assisted Hydrolysis
Discover emerging opportunities in next-generation processing technologies.
White Paper: The Future of Field-Assisted Processing
Download the complete product guide.
Case Study: Enhancing Extraction Efficiency
Learn how advanced processing approaches improve extraction
Brochure: ReactionFlux™ Platform Overview