Radley Jacketed Reactor System + Huber CC-508 Precision Heating/Cooling Circulator (Pilot-Scale Thermal Control Platform)
A fully integrated industrial-grade closed-loop thermal reactor system combining a Radley jacketed glass reactor with a Huber CC-508 refrigerated/heating circulator (Pilot ONE controller).
This is a professional R&D / pilot-scale temperature control platform designed for precise, repeatable thermal processing with exceptional stability across heating and cooling cycles.
SYSTEM OVERVIEW
This configuration operates as a complete closed-loop thermal processing ecosystem:
- Huber CC-508 provides high-precision thermal fluid conditioning (heating & cooling)
- External circulation loop transfers controlled energy to the reactor jacket
- Radley jacketed glass reactor ensures uniform heat distribution and process visibility
- Pt100 probe feedback enables real-time closed-loop temperature regulation
- Pilot ONE controller allows programmable thermal profiles and process automation
Result: tight temperature control, smooth ramping, and highly repeatable process conditions suitable for advanced laboratory or pilot-scale workflows.
HUBER CC-508 – INDUSTRIAL PRECISION THERMAL CONTROL
A premium German-engineered circulator system widely used in demanding chemical and research environments.
Key capabilities:
- Broad temperature operating range (deep cooling to high-temperature heating)
- High-stability closed-loop control (ultra-precise regulation)
- Pilot ONE touchscreen interface with programmable process recipes
- Integrated safety systems, alarms, and process monitoring
- High-performance circulation pump (pressure + suction output)
- External Pt100 probe input for direct process feedback
This unit is designed for continuous-duty industrial operation and long-term thermal stability.
RADLEY JACKETED GLASS REACTOR SYSTEM
A high-quality jacketed reactor engineered for controlled thermal exchange and process visibility.
Features:
- Double-walled jacketed glass vessel for uniform heat transfer
- Designed for external thermal fluid circulation
- Excellent chemical resistance and thermal stability
- Full visual process monitoring (transparent reactor body)
- Compatible with controlled heating, cooling, and ramp cycles
PERFORMANCE ADVANTAGES
This system delivers capabilities beyond standard lab heating equipment:
- True closed-loop temperature control (not open bath heating)
- Eliminates overshoot and thermal instability common in basic systems
- Smooth, programmable heating/cooling ramps
- Exceptional reproducibility between runs
- High thermal uniformity across reactor volume
- Scalable for pilot R&D and process development environments
IDEAL APPLICATIONS
Designed for professional environments requiring precision thermal control:
- Chemical process development (R&D)
- Pilot-scale formulation and testing
- Temperature-sensitive synthesis workflows
- Material and compound stability testing
- Controlled thermal cycling experiments
- Process optimization and scale-up validation
ELECTRICAL / OPERATIONAL REQUIREMENTS
- Industrial power supply (typically 208–230V depending on configuration)
- Requires compatible thermal transfer fluid (silicone oil or glycol-based depending on operating range)
- External circulation loop setup required
