Microwave High Temperature Sintering Furnace

2. Temperature up to degree.
3. Heating speed up to 50 degree per minute.
4. No pollution to material.
 
Description
 
HAMiLab-M is our 3rd generation high temperature microwave laboratory system. HAMiLab-M is a sophisticated upgrade to traditional muffle furnaces, with the high level of accuracy, control, and speed that are customary in Synotherm systems. Drying, binder burn-out, synthesis and sintering of powder and solid materials, metals, and glass can be completed in this system in a 3-4 hour period.  HAMiLab-M was designed to increase the productivity of solid state laboratories from one set of samples to 3-4 sets of samples per day, without having to continuously run the system during periods of inactivity.

Why Choose Microwave High Temperature Sintering Furnace?

When considering the best practices for material synthesis and processing, the Microwave High Temperature Sintering Furnace stands out due to its rapid heating capabilities and environmental benefits. Users often ask about:

Efficiency in Production

The ability to complete processes within 3-4 hours not only saves time but also reduces the energy consumption associated with prolonged heating times typical of traditional furnaces.

Material Integrity

One of the prime concerns of manufacturers is whether the sintering process affects material quality. This furnace operates with minimal emissions, thus preventing contamination during the sintering process, ensuring the integrity of high-value materials.

Application Field:

• Claiming / synthesis of powder or particle materials:
• Electronic ceramic powders: barium titanate, barium-strontium titanate, strontium titanate, barium zirconate titanate;
• Lithium ion battery anode materials: lithium cobaltoxide, lithium manganate;
• Various colorants, glaze material, inorganic pastel;
• Alumina, magnesium oxide, zinc oxide, manganese dioxide, manganous-manganicoxide, zirconia, ammonium metavanadate, vanadium pentoxide, titanium dioxide, zinc carbonate, manganese carbonate, aluminum hydroxide, magnesium hydroxide, lithium cobaltoxide, zinc ferrite, Tri-chromatic rare earth fluorescent powder (Red), cement.
• Synthesis / sintering of devices:
• Electronic ceramics: Piezoresistive element, thermistor, piezoceramics, microwave medium ceramics;
• Magnetic materials: hard magnetic, Ni-Zn, gyromagnet ferrites;
• Honeycomb ceramics, daily-use ceramics and glass ware;
• Oxide ceramics and refractory materials: alumina, zirconia, magnesium oxide and other oxide composites;
• Incineration, cremation, scaling loss experiments

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