Microwave Chemical Reactor MR2032

Introduction

Microwave Chemical Reactor enables flexible control with a frequency that can be finely tuned. It offers adjustable microwave power with a built-in power meter display for precise monitoring. Equipped with a microcomputer control system, it ensures accurate operation. Integrated with an easy-to-operate interface, it simplifies experimental workflows. Our Microwave Chemical Reactor is suitable for applications requiring good repeatability in synthesis and catalytic research.

Applications

Microwave Chemical Reactor is suitable for organic synthesis, catalytic research, polymerization, and advanced material development.

Specifications

Frequency	Adjustable Size
Maximum Input Current	7.8 A
Rated Maximum Output Power	650 W
Rated Power Consumption	1100 W
Power Supply	220 V
Chamber Dimension	290 × 295 × 190 mm
Packing Dimension	610 × 480 × 550 mm
Gross Weight	35 kg

Features

Rapid Heating.

Teflon Plate Frame.

Door Interlock Switch.

Continuous Microwave Output.

Adjustable Stirring.

FAQs

1. What are Microwave Chemical Reactors used for?

Microwave Chemical Reactors are used for controlled chemical synthesis using microwave-assisted heating.

2. How do Microwave Chemical Reactors ensure stable operation?

Microwave Chemical Reactors use microprocessor-controlled systems for reliable frequency and operational stability.

3. How do Microwave Chemical Reactors simplify experimental workflows?

Microwave Chemical Reactors feature intuitive interfaces that allow easy setup and parameter adjustment.

4. How is uniform heating achieved in Microwave Chemical Reactors?

Microwave Chemical Reactors provide uniform heating to maintain stable and consistent reaction conditions.

5. What benefits does microwave radiation offer in chemical reactions?

Microwave radiation enables efficient energy transfer for faster and more controlled chemical reactions.

6. Where are Microwave Chemical Reactors commonly used?

Microwave Chemical Reactors are commonly used in academic laboratories, pharmaceutical development, and material research facilities.