Chamber Microwave Sintering Furnace Synthesis / Sintering Of Magnetic Ceramic Powders

Chamber Sintering Furnace Synthesis / Sintering of Magnetic Ceramic Powders

• Product Features

HY-QS1516E microwave and electric sintering furnace uses boths microwave absorbing SiC as well as resistance wire as heating elements, which will considerably save time for sintering.
1. Suitable for synthesis & sintering of magnetic ceramic powders such as LaMnO3, V2O5, CdFeO3, SrMnO3, CaMnO3.
2. Max. Temp. up to 1600°C
3. Capalble of oxidizing gas, inert gas, weak reducing gas etc.
4. Capacity of 2 Iiters and can be customized

• Applications

High temperature HY-QS1516E sintering furnace can be applied to pyrolysis, synthesis, calcination as well as other thermal treatment process under various atmosphere conditions. Besides, the pre-vaccum pumping function can substantially save time for gas exchanging.

• Technical Parameters

Hunan Huae Microwave Technology Co., Ltd. has been developing and manufacturing industrial as well as laboratorial microwave furnaces for different applications since 2012. As one of the top suppliers of microwave furnaces, Huae Microwave offers a wide range of furnaces worldwide and has been highly appreciated by customers home and abroad.

Huae Microwave provides a whole set of mechanical and electrical solutions to our customers, which makes it possible for precisely controlling as well as remote monitoring of the processes. Our senior engineers have been sparing no efforts to improve the temperature uniformity, energy efficiency and products durability of our equipments to enhance our competition advantage.

Our multi-disciplinary R&D team has successfully developed a full series of microwave industrial/laboratorial equipment and has gained a series of patents in microwave industry. We have a full range of furnaces for technical research in our laboratory, which can meet different requirements for sintering, roasting, calcination, crystallization, catalysis, pyrolysis as well as graphite oxide reduction etc. under various atmosphere conditions.