What Experiments Can Laboratory Vacuum Melting Furnace Be Used For?
The laboratory vacuum melting furnace is a high-end precision laboratory
equipment designed for scientific research and materials development.
Brother Furnace's laboratory vacuum melting furnace excels in its ability to perform a series of precision melting, alloying, deep refining, and fine miniaturization casting experiments on a wide range of metal materials in a highly customized and precisely regulated vacuum environment or a specific inert/reducing protective atmosphere.
Brother Furnace designed the laboratory vacuum melting furnace to ensure the ultimate purity of the experimental environment. It is also precise and controllable.
This is to meet better the needs of researchers in exploring new material
systems, optimizing alloy ratios, studying the phase change mechanism of
materials, and developing materials with special physical and chemical
properties, to obtain highly accurate, repeatable, and reliable scientific
experiment results.
Experimental Applications of Laboratory Vacuum Melting Furnaces
A laboratory vacuum melting furnace is not only a precision tool for metal melting and alloy preparation, but also a powerful assistant for material properties research and phase transition mechanism exploration. It ensures the precise control of alloy composition and the minimization of impurities by strictly controlling the melting environment, and at the same time provides an ideal platform for researchers to study the optimization of material properties and the evolution of microstructure.
Metal Melting and Alloy Preparation
Laboratory vacuum melting furnaces are capable of melting metals in a
completely oxygen-free environment, ensuring precise control of alloy
composition and minimization of impurities. This is essential for the
development of high-performance alloys and the improvement of material strength,
corrosion, and heat resistance.
Material Properties Research
By precisely controlling the temperature, time, and atmosphere during the melting process, Brother Furnace provides an ideal platform for researchers to study phase transitions, microstructure evolution, and property optimization of materials.
Phase Transformation and Microstructure Analysis
During vacuum melting, metals undergo complex phase changes. The high-precision temperature control system of Brother Furnace accurately captures these changes, providing researchers with valuable experimental data.
Refining and purification
The high vacuum environment of our laboratory vacuum melting furnaces effectively removes gases and impurities from the metal, improving the purity and properties of the material. This is critical for the preparation of high-purity metals and specialty alloys.
Casting and Molding
Utilizing Brother Furnace's vacuum melting and casting technology, it is possible to prepare castings with complex shapes and excellent performance to meet the demand for high-performance materials in aerospace, automotive manufacturing, and other fields.
Technical Parameters
Model | Loading Capacity(kg) | Rated Frequency（Hz） | Rated Power（kW） | Ultimate Vacuum(Pa) | Cooling Water（T/h） |
|---|---|---|---|---|---|
BR-RLL-10 | 10 | 3000 | 60 | 6x10-3 | 10 |
BR-RLL-25 | 25 | 2500 | 120 | 6x10-3 | 15 |
BR-RLL-50 | 50 | 2000 | 160 | 6x10-3 | 25 |
BR-RLL-100 | 100 | 2000 | 200 | 6x10-3 | 30 |
BR-RLL-200 | 200 | 1000 | 200 | 6x10-3 | 35 |
BR-RLL-300 | 300 | 800 | 250 | 6x10-3 | 40 |
BR-RLL-500 | 500 | 800 | 350 | 6x10-3 | 50 |
BR-RLL-1000 | 1000 | 800 | 400 | 6x10-3 | 70 |
How Lab Vacuum Melting Furnaces Can Help Your Experiments
High-precision Temperature Control to Ensure Experimental Accuracy
Brother Furnace adopts an advanced temperature control system, which can accurately control the temperature fluctuation during the melting process to ensure the accuracy and repeatability of the experimental results. This is crucial for the study of material properties, phase change laws, and microstructure evolution.
High Vacuum Environment to Protect Materials from Contamination
The high vacuum environment of the laboratory vacuum melting furnace effectively avoids metal oxidation and the introduction of impurities. The ultimate vacuum is up to 6x10-3pa, which better protects the purity and properties of materials. This is important for the preparation of high-performance alloys and special materials.
Versatility and Flexibility to Meet Diverse Experimental Needs
Brother Furnace offers a wide range of models of laboratory vacuum melting furnaces with different charging volumes and frequencies to meet different experimental needs. At the same time, the flexible parameter adjustment function of the laboratory vacuum melting furnace enables researchers to flexibly adjust the melting parameters according to different experimental purposes and material properties, realizing diversified experimental applications.
Brother Furnace: A Professional Laboratory Vacuum Melting Furnace Manufacturer
Brother Furnace, with its excellent performance and unique advantages, provides strong support for the experimental application of laboratory vacuum melting furnaces.
Whether it is metal melting and alloy preparation, material property research, phase change and microstructure analysis, refining, and purification, as well as casting and molding, Brother Furnace can help researchers break through the technological barriers and promote the innovative development of the field of materials science and metallurgical engineering with its high-precision, high-vacuum environment, and other characteristics.
Brother Furnace is committed to providing more solid support and guarantees for the researchers' exploration path. If you are interested in our laboratory vacuum melting furnace, welcome to contact us.
