TXF1000 vacuum magnetic levitation melting furnace

Principle of TXF1000 vacuum magnetic levitation melting furnace

The main principle of vacuum suspension melting furnaceIt is a comprehensive metallurgical technology that integrates multiple disciplines such as electromagnetics, fluid science, thermodynamics, mechanics, physical chemistry, and metallurgy. It uses high-frequency or intermediate frequency alternating magnetic fields to generate electromagnetic forces that counteract gravity during metal melting, causing the melt to suspend and detach from the inner wall of the crucible.

Smelting metal materials under vacuum or protective atmosphere conditions, using electromagnetic force to semi suspend the furnace material, keeping the molten pool in non-contact with the crucible wall, so that the furnace material is not contaminated by the crucible material.Small vacuum suspension melting equipmentIt can be effectively used for the melting of active metals, high melting point metals and their alloys, equipped with a vacuum pump system to extract oxygen from the furnace before heating. In order to ensure the lowest possible oxygen content and maintain a pure atmosphere or vacuum environment in the furnace; The temperature under the atmosphere can reach 2200 degrees Celsius.

TXF1000 vacuum magnetic levitation melting furnacethe advantage of

1. Compact design meets laboratory application requirements

2、Can be melted under various atmospheric conditions

3、Rapid warming up

4、Eliminate the contamination of the crucible on the melted material

5、Uniformity of alloy composition after melting

6、High purity of the melted sample

7、There are two casting forms: pot bottom forming and rotary casting

Typical Applications

1、Material research work

2、Preparation of Active Metals and Alloys

3、Preparation of metals and alloys with particularly high purity requirements

4、Preparation of alloys and intermetallic compounds with particularly high precision requirements for composition

5、Preparation of insoluble metals and alloys with melting points close to or exceeding 2000 ℃, as well as precious metals and alloys

6、High requirements are placed on material purity, composition accuracy, and uniformity, with the expectation of eliminating impurities and other impurities