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Electromagnetic Heating for High Temperature Reactor

The heating wire is a high-frequency wire that is not affected by other circuits, but it can affect other circuits. An additional plastic protective cover is added to prevent ignition or collision with metal, without the need for insulation.


For some of High Temperature Reactor, temperature over 500C, we usually use Electromagnetic Heating Method.
By this heating style, the kettle wall is the heat source, and its thermal efficiency is much higher than that of jacket heating.
The heating wire is a high-frequency wire that is not affected by other circuits, but it can affect other circuits. An additional plastic protective cover is added to prevent ignition or collision with metal, without the need for insulation.
The best way to connect two wires is by welding, followed by sleeve pressing, and then copper ring connection, most of our equipment use Copper Wire because it is more effective and durable than aluminum wire.

Other updates


Chem-Equip Machinery Tubular Reactor with Mass Flow Meter

With DCS System, the flow rate can be controlled and recorded for research purpose.


Catalyst products significantly improved emission reduction benefits in 2025

Industrial customers using Clariant catalysts have achieved a cumulative reduction of 45 million tons of carbon dioxide equivalent in greenhouse gas emissions throughout the year


Electromagnetic Heating for High Temperature Reactor

The heating wire is a high-frequency wire that is not affected by other circuits, but it can affect other circuits. An additional plastic protective cover is added to prevent ignition or collision with metal, without the need for insulation.


Touch Screen Interface and DCS System

* The touch screen saves all data to its internal space, which can be transferred to a USB drive; * DCS saves all data to the designated hard drive of the computer.


Working principle of reaction kettle

The working principle of a reactor involves multiple key steps, including mixing of reactants, heat transfer, pressure control, and automated monitoring and regulation.


Reactor: A Flexible Innovation Platform in the Chemical Industry

Among them, the open type reactor has become a part of many chemical laboratories and production lines due to its design concept and wide range of application scenarios.


Homopolymerization and Copolymerization: Types of Polymerization Reactors

A polymerization reactor is a piece of equipment used to convert small-molecule monomers into high-molecular-weight polymers through chain-growth reactions.


Control of Highly Exothermic Reactions: Temperature Management in Methanation Reactors

Methanation reactors are used to convert carbon monoxide and hydrogen in synthesis gas into methane under the action of a catalyst.