The ZZKD FCMCR-3C is a benchtop microwave chemical reactor designed for synthesis and pyrolysis work in a laboratory setting. It uses a 2450 MHz microwave source to heat reaction materials directly, with a temperature setting range of 0 to 250°C and control precision within 1°C.

The unit operates in continuous-wave mode and uses microcomputer adaptive PID regulation to maintain temperature as material volume, polarity, or ambient conditions change. A Teflon-coated temperature sensor is inserted directly into the reaction system for direct measurement of the reaction medium.

The reactor accommodates standard-port glass vessels and reflux, dripping, and gas-protection accessories, making it suitable for chemists running heated reactions where rapid, direct heating is preferred over conventional conductive methods.

How It Works

Microwave energy at 2450 MHz is delivered into the reaction cavity in continuous-wave mode, heating the reaction material directly rather than through external conduction. A Teflon-coated sensor placed in the reaction system feeds temperature data to a microcomputer running adaptive PID control, which adjusts output power to hold the set point. A built-in magnetic stirrer with stepless speed control mixes the contents during heating.

Key Features

• 2450 MHz ±50 Hz microwave source with continuous-wave output, input power ≤1350 W and output power ≤900 W
• Temperature setting range of 0 to 250°C with control precision within 1°C
• Microcomputer adaptive PID regulation that adjusts output power to changing load and ambient conditions
• Teflon-coated temperature sensor inserted directly into the reaction system for direct measurement
• Built-in magnetic stirrer with stepless speed adjustment
• Open reaction system accepting standard-port glass vessels (100–500 mL) with reflux, dripping, and gas-protection ports