Heated Flow Reactor Coil Module

Flexible, Electrically Heated Flow Reactor Platform for Elevated-Temperature Continuous Chemistry

Heated coil reactor is a standalone coil reactor heating module designed to deliver controlled elevated temperatures for continuous flow chemistry applications.

Heated coil reactor is a versatile coil reactor heating platform engineered for precise temperature control in continuous flow chemistry. The system operates from ambient temperature up to 260 °C as standard, with a 300 °C configuration available for thermally demanding reactions. A proprietary coil clamping mechanism ensures optimal thermal contact while allowing rapid coil interchange, supporting efficient method development, screening, and reactor reconfiguration. The heated coil reactor may be deployed as a standalone heating module with independent pumps, or integrated into existing Asynt flow platforms. It enables laboratories to expand heated reactor capacity for scale-up studies while maintaining constant residence time. Compatibility extends to dual-channel pump configurations and FlowControl™ system control software for automated and reproducible workflows. A bright 7-segment LED display provides clear temperature feedback and visual status indication. Operation is managed via an intuitive rotary encoder (‘push to set’ / ‘push to start’) or remotely through compatible system interfaces.

High-Temperature Continuous Processing

• Ambient–260 °C Standard Operation — 300 °C configuration available for extended thermal requirements.
• Optimised Thermal Contact — Proprietary clamping system ensures efficient heat transfer to interchangeable coils.
• Multi-Module Integration — Controlled via FlowSyn, dual-channel pump or FlowControl™ software.
• Column Reactor Capability — Optional HotColumn™ adaptor supports catalytic and scavenging workflows.
• Communication Interfaces — RS232 and LAN connectivity for remote control.
• 260 °C — Standard maximum operating temperature
• 2–60 mL — Compatible coil reactor volumes

High-Temperature Flow Chemistry Without Compromise

• Scale-Up with Process Continuity — Increase throughput by adding heated reactors in series while maintaining defined residence time.
• Modular Laboratory Expansion — Integrates seamlessly into existing flow chemistry setups.
• Upgrade from Basic Heating Solutions — Introduce controlled, high-temperature capability beyond oil baths or simple heated coils.
• Expanded Reaction Scope — Enable thermally demanding transformations and packed-bed applications.
• Laboratory-Friendly Installation — Compact 5 kg unit designed for standard research bench environments.
• 300 °C — Optional high-temperature configuration
• RS232 & LAN — Remote communication interfaces

Why Laboratories Choose the heated coil reactor

• High-Temperature Capability — Supports thermally demanding continuous reactions.
• Flexible Reactor Integration — Compatible with FlowSyn, the pump module and standalone pump systems.
• Rapid Reactor Interchange — Facilitates method optimisation across multiple coil sizes.
• Clear Visual Status Indication — LED display indicates temperature and heating/cooling direction.
• Expandable to Column Chemistry — Optional HotColumn™ adaptor extends platform versatility.
• 232 × 243 × 305 mm — Unit dimensions (W × D × H, with glass cover)
• 5 kg — System weight

For Engineers

The heated coil reactor is engineered for reproducible high-temperature processing within modular continuous flow platforms.

• Rapid Heating Performance — Designed for fast ramping to elevated temperatures to reduce reaction initiation time.
• Integrated LED Temperature Display — 7-segment display with clear visual indication of heating and cooling status.
• Remote Communication Interfaces — RS232 and LAN connectivity for integration into laboratory control architectures.
• Series Expansion Capability — Up to two the heated coil reactor modules can be connected in series with FlowSyn to increase throughput while maintaining defined residence time.
• Precision Column Heating Option — Compatible with optional HotColumn™ adaptor for catalytic or scavenging applications.

For Laboratories

The heated coil reactor enables laboratories to add high-temperature flow capability, increase reactor throughput, and broaden reaction scope within existing modular systems.

• Increase Reactor Throughput — Add additional heated reactor channels in series to scale reactions at constant residence time.
• Method Development to Scale-Up — Maintain consistent thermal conditions when transitioning from small coils to larger volumes.
• Standalone Upgrade Path — Introduce controlled high-temperature flow chemistry without redesigning your entire setup.
• Column Reactor Expansion — HotColumn™ adaptor enables catalytic packed-bed and scavenging workflows.
• Compact Bench Footprint — 232 × 243 × 305 mm footprint (with glass cover) suited to research laboratory environments.

Request To Buy

Configured systems are supplied as complete heating modules with optional column adaptor assemblies.

• Coil Reactor Heating Module — Available in standard 260 °C or 300 °C high-temperature configuration.
• HotColumn™ Adaptor — Holds up to six column reactors; compatible with stainless steel and adjustable glass columns.
• Contact the Asynt Company: https://www.asynt.com/products/photochemistry/
• Coil Reactor Heating Module — Available in standard 260 °C or 300 °C high-temperature configuration.