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Home>Products>Microwave Material Workstation - Microwave Vacuum Hot Pressing Sintering Furnace (Mechanical Pressure)
Microwave Material Workstation - Microwave Vacuum Hot Pressing Sintering Furnace (Mechanical Pressure)
Combining vacuum (or atmosphere protection), hot pressing, and high-temperature sintering together
Product details
Microwave Material Workstation - Microwave Vacuum Hot Pressing Sintering Furnace (Mechanical Pressure)

Product application:
Widely used for sintering functional ceramic materials, powder materials, refractory materials, powder metallurgy, and hard alloys under high temperature and vacuum conditions, and can also be used for high-temperature atmosphere injection
Obtaining high-density materials through hot pressing sintering

Product features:
★ Combine vacuum (or atmosphere protection), hot pressing, and high-temperature sintering together
The vacuum hot pressing sintering furnace adopts an up and down pressurization method (microwave heating, hydraulic head driven by oil cylinder), with a hydraulic press at the bottom
★ Double layer furnace, with an outer layer of high-temperature resistant alloy inner liner and an inner layer of quartz furnace (304 stainless steel flange&Φ 220 * 500mm high-purity quartz package)
Both the upper and lower parts are water-cooled
★ Hybrid heating method of microwave and traditional electric 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 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
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,
It also avoids the time caused by damage to the heating element
Various losses such as experimental progress and maintenance costs
★ Adopting stepless adjustability, high stability and long lifespan, continuous wave micro wave source to ensure that the equipment can operate continuously and stably for a long time
Embedded microcomputer integrated temperature control system; Realize stable temperature control
★ Microwave energy is available immediately, without thermal inertia, and easy to control temperature
★ Equipped with swivel wheel adjustable feet for easy movement and fixation

Optional features:
Microwave plasma mode

Technical parameters:
Model/model WBZRY-4
Heatable material Any material that is not flammable or explosive
microwave frequency 2.45GHZ±50MHz
Heating method Hybrid heating of microwave and traditional electric heating
Maximum power/kW 4 (adjustable)
Maximum working temperature/℃ 1600
Long term working temperature/℃ ≤1500
Temperature testing component Microwave field specific sensor
Temperature control accuracy/℃ ± 1 below 1200 ℃; Above 1200 ℃ ± 2 ℃
Temperature control method 10 segments with adjustable process parameters, 7-inch touch screen operation, and data storage function; Provide manual, automatic, and constant temperature control modes, with real-time curve display
Effective heating zone size Φ100´120mm
Pressure head material graphite
Pressure head refers to the actual working size of the sample Φ30mm
Maximum displacement (head stroke) 60mm
Heating chamber material ceramic fiber
Quartz tube size/mm φ220/φ210x360
pressurized system Standard configuration: Manual hydraulic mode (optional electric hydraulic mode)
Pressure holding mode: manual recommended
Maximum pressure: 5T, 10T, 15T, pressure value adopts digital display mode
Pressure head over temperature protection temperature sensor Power off due to overheating to prevent damage to objects caused by overheating
configuration 2-way atmosphere interface and control valve
System vacuum range Standard atmospheric pressure~10-3Pa
Standard configuration of vacuum system High end mechanical pumps, molecular pumps, and vacuum gauges for 10-3Pa vacuum applications; Vacuum degree: 10-3Pa (at room temperature)
Power supply voltage (V) 220
Dimensions (length x width x height)/mm 1740x730x1350
Microwave leakage rate/mW/cm2 ≤0.4

Vacuum system optional:
● Simple mechanical pump vacuum&stainless steel flange
10-1Pa scale: High end mechanical pump+vacuum gauge
10-2Pa scale, high-end mechanical pump+diffusion pump+vacuum gauge

Quality flow control system:
● Simple flow controller
Alicat Quality Flow&Controller from the United States
● Seven Star Huachuang Quality Flow&Controller
● Gas circuit&gas cabinet&various valves
● Can be matched with computer automatic control system and software








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