Microwave Material Workstation - Small Microwave Energy Rapid Quenching Furnace


Main purpose:
Suitable for rapid quenching, annealing, tempering and other heat treatments of small metal workpieces

Product features:
★ Energy saving: The heating method is converted from microwave energy to electric heating, which changes the traditional electric heating method and has the following functions
*Rapid heating: Small materials can reach up to 1000 ℃/min at the fastest; No preheating required, saving energy, reducing labor intensity, and shortening working time
*Rapid quenching: Integrated design of heating system and quenching system, equipped with a quick flipping device; After rapid heating, the material does not need to be taken
Transfer or exit, directly enter water (oil) for quenching and annealing; And it ensures that the supersaturated solid solution is fixed without decomposition, preventing the precipitation of strengthening phases and reducing the mechanical properties after quenching and aging.
*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 time caused by heating element damage
Various losses such as experimental progress and maintenance costs
★ Safety: Exclusive use of interlocking protection shielding measures to prevent leakage, safe and reliable microwave shielding cavity design, multiple anti leakage protections
*Equipped with professional microwave suppressors as standard
*Built in microwave leakage sensor
★ Exclusive developed microwave field specific sensor for precise temperature control

Optional:
1. According to the different materials and required quenching temperatures of the user, a heating device for quenching liquid can be added
2. It can be designed and manufactured separately according to the user's needs

Technical parameters:

Model/model	WBKC-2
Heatable material	Any material that is not flammable or explosive
microwave frequency	2.45GHZ±50MHz
Heating method	Conversion of microwave energy into electric heating method
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 ℃
Magnetron cooling method	forced air cooling
Quench system	Standard room temperature container device
Heating chamber (material)	ceramic fiber
Number of heating chambers/piece	One standard heating chamber with a diameter of 100mm and 120mm;
Heating rate (standard)	0～250℃/min
Temperature control method	PLC controls arbitrary settings, programmable, segmented heating
Power supply voltage (V)	220
Microwave leakage rate/mW/cm2	≤0.4