Microwave Materials Science Workstation - Microwave Muffle/Sintering Furnace (Economic)

Multifunctional: One instrument can achieve two heating methods: pure microwave heating and mixed heating; Adapt to heat treatment of any non flammable sample, including metals and alloys

Microwave Materials Science Workstation - Microwave Muffle Furnace/Sintering Furnace (Economic Type)

Main purpose:
High temperature synthesis, sintering, ashing, sulfonation, melting, drying, wax burning, fusion, heat treatment, and incineration residue of various organic and inorganic solid materials can be carried out under an air atmosphere
Testing of loss on ignition, etc

Product features:
★multi-function:One instrument can achieve two heating methods: pure microwave heating and mixed heating; Adapt to heat treatment of any non flammable sample, including metals and alloys
★Exclusive developed microwave field specific sensor for precise temperature control
★Safety:Exclusive use of four level interlocking protection shielding measures to prevent leakage, safe and reliable microwave shielding cavity design, multiple leak prevention protections
*Electromagnetic lock protection
*Travel switch (automatically cuts off the microwave generator when the furnace door is opened)
*Equipped with professional microwave suppressors as standard
*Built in microwave leakage sensor
★Energy saving:Long service life: Magnetron microwave heating avoids and solves the problem of traditional heating elements such as heating wires, silicon carbon rods, and silicon molybdenum rods being easily damaged, and also avoids the problem of heating elements being damaged
Various losses caused by damage, including time, experimental progress, repair costs, etc
★ Adopting stepless adjustability, high stability and long service lifeContinuous wave micro wave sourceEnsure that the equipment can operate continuously and stably for a long time
★ No need for oven drying process: Microwave energy directly reaches the material, saving traditional long oven drying time
★ Microwave energy is available immediately, without thermal inertia, and easy to control temperature
★ Various original dedicated crucibles are available for selection, with modular insulation structure and no pollution to materials
★ Equipped with swivel wheel adjustable feet for easy movement and fixation

Technical parameters:

Model/model	WBM-2-Ⅱ
Heatable material	Any material that is not flammable or explosive
microwave frequency	2.45GHZ±50MHz
Heating method	Pure microwave heating, mixed heating
Maximum power/KW (adjustable in stages)	2
Maximum working temperature/℃	1600
Long term working temperature/℃	≤1500
Temperature testing component	Microwave field specific sensor
Temperature resolution/℃	0.1
Temperature control accuracy/℃	± 1 below 1200 ℃; Above 1200 ℃ ± 2 ℃
Temperature deviation/℃
Temperature stability fluctuation/℃
Magnetron cooling method	forced air cooling
Heating chamber (material)	ceramic fiber
Effective heating size of heating chamber	Two heating chambers with a diameter of 100mm and 120mm
Heating rate and control method (standard)	0～80℃/min Arbitrary setting, multi-stage programming, segmented control of temperature rise and fall curves
Power supply voltage (V)	220
Microwave leakage rate/mW/cm2	≤0.4
Dimensions (length, width, height)/mm	1000´750´850