A microwave high-temperature oven is a heating furnace that uses microwave electromagnetic field heating to replace traditional electric heating elements. Compared with traditional electric furnaces, microwave high temperature has the following advantages: 1. Fast heating speed, high efficiency, and low losses; With 960WMicrowave Muffle FurnaceFor example, heating graphite from room temperature to 1000 ℃ only takes 20 minutes. 2. Oven drying process without preheating, without thermal inertia; 3. The material is heated both inside and outside, with good uniformity. 4. Under high temperature conditions, the furnace door can be opened for cooling, which traditional electric furnace wires and chambers generally cannot withstand.

FCT8Microwave Muffle FurnaceDesigned for desktop use, making it easy to place, move, and use in the laboratory. Small volume, 1.3L small furnace chamber, suitable for rapid processing of small components and small amounts of materials, such as high-temperature synthesis, calcination, roasting, sintering, melting, ashing, etc. under air or atmosphere conditions. It can be set to quickly increase the temperature or programmed to control the temperature.

Microwave High Temperature Oven

Power supply requirement: 220VAC

Rated power: 4.5KW

Microwave power: 3.2KW

Power regulation: 960W non pulse continuous adjustable

Working temperature: 1450 ℃

Temperature control accuracy: ± 1 ℃

High temperature: 1500 ℃

Temperature measurement method: high-precision armored thermocouple

Atmosphere system: equipped with gas protection device

Inner cavity material: high-strength ceramic fiber

Load space: 2.2L

Display control mode: touch screen and embedded human-machine exchange system

Display control system: USB data export, 60 segment process storage, multiple working modes (manual, automatic, constant temperature)Real time curves, etc

Protection function: The device is equipped with over temperature alarm, over-current alarm, door closing alarm, and component self check.

Microwave leakage rate:< 5mw/cm2 (national standard)