Ash Determination Resistance Furnace is specially used for the laboratories of industrial and mining enterprises, colleges and universities, and scientific research units as high temperature heat treatment such as chemical element analysis and quenching, annealing, and tempering of small steel parts; it can also be used for high temperature heat treatment such as sintering, dissolution and analysis of metals, stoneware, and ceramics.
Atmosphere Protection Resistance Furnace is specially used for the laboratories of industrial and mining enterprises, colleges and universities, and scientific research units as high temperature heat treatment such as chemical element analysis and quenching, annealing, and tempering of small steel parts; it can also be used for high temperature heat treatment such as sintering, dissolution and analysis of metals, stoneware, and ceramics.
it is deal for multiple heat treating applications, such as wax burnout, ashing, heat treating, ceramic and glass seal firing, calcination, ignition tests, gravimetric analysis, and heat treating steel parts. They are ideal for heat treating, reacting studies, sintering processes, and ceramic firing.
This Series Muffle Furnaces feature the spiral wire coils embedded in high alumina fiber insulation. Max working temperature 1200 degree C.
It is deal for multiple heat treating applications, such as ceramic sintering, heat treating, glass seal firing, ignition tests, gravimetric analysis, and heat treating steel parts, stones etc.
This series Muffle Furnace features high alumina ceramic chamber, powerful SiC heaters make max temperature up to 1400 C.
The ceramic muffle furnace is deal for multiple heat treating applications, such as ceramic sintering, heat treating, glass seal firing, ignition tests, gravimetric analysis, and heat treating steel parts, stones etc.
This Series Muffle Furnace features high alumina ceramic chamber, powerful MoSi2 heaters make max temperature up to 1700 C.
Ceramic Fiber Muffle Furnace is used for high-temperature heating and heat treatment of samples. Sintering,melting,elemental analysis and physical measurement within 1200℃ of precise control. It is commonly used in research labs, medical labs, and industrial settings for applications such as ashing, ignition, and gravimetric analysis. It is designed to be energy-efficient and cost-effective, making it a popular choice for labs with limited budgets.