Laboratory Heating Equipment Microwave Sintering

Product Description

1. It’s suitable for technological research in the condition of various atmospheres, such as synthesis, roasting, heat treatment, sintering, etc and it’s also suitable for technological research in the condition of high Laboratory Heating Equipment Microwave Sintering, such as synthesis, roasting, heat treatment, sintering, etc.

2. It adopts pre-Laboratory Heating Equipment Microwave Sintering method to save the time of replacement atmosphere.

3. Rapid heating increases lab efficiency.

4. Large sintering area, good uniformity and small output capacity available.

Equipment Photos

Technical Parameters

Item	Model	EF-MVSF-01	EF-MVSF-02
Power	Voltage	380±10V, 50Hz, 3 phase	380±10V, 50Hz, 3 phase
Power	Rated power	13KW	15KW
Microwave system	Microwave output power	0.01~4.20KW continuously adjustable	0.01~5.60KW continuously adjustable
Microwave system	Microwave frequency	2.45GHz	2.45GHz
Thermal insulation system	Ultimate temperature	1600°C in atm.; 1500°C in Laboratory Heating Equipment Microwave Sintering;	1600°C in atm.; 1500°C in Laboratory Heating Equipment Microwave Sintering;
	Continuously working temp.	1550°C in atm.; 1450°C in Laboratory Heating Equipment Microwave Sintering;	1550°C in atm.; 1450°C in Laboratory Heating Equipment Microwave Sintering;
	Rotary heating zone	Φ150×120mm(diameter×height)	Φ180×150mm(diameter×height)
	Heating rate	Rapid heating; average heating rate ≥20°C/min.	Rapid heating; average heating rate ≥20°C/min.
Temperature control system	Temp. measurement method	Infrared temperature instrument	Infrared temp. instrument
	Temp. measurement range	300°C~1800°C	300°C~1800°C
	Temp. control precision	±0.1%	±0.1%
Atmosphere system	Static ultimate Laboratory Heating Equipment Microwave Sintering degree	≤10-3Pa	≤10-3Pa
	Laboratory Heating Equipment Microwave Sintering units, two way atm. control line	Atm. options: oxidizing gas, inert gas, reducing gas etc; keep high Laboratory Heating Equipment Microwave Sintering degree continuously.	Atm. options: oxidizing gas, inert gas, reducing gas etc; keep high Laboratory Heating Equipment Microwave Sintering degree continuously.
	Rotary sealing	Magnetic fluid	Magnetic fluid
	Mute oil free air compressor	≤55dB	≤55dB
Control system	Pneumatic control	Pneumatic high Laboratory Heating Equipment Microwave Sintering flapper valve	Pneumatic high Laboratory Heating Equipment Microwave Sintering flapper valve
Control system	Automatic, manual and thermostatical control methods PLC + Touch Screen	40 programmable technology curves available; curve real-time display; data storage and export; dynamic data on the screen; one-click automatic start in high Laboratory Heating Equipment Microwave Sintering condition.	40 programmable technology curves available; curve real-time display; data storage and export; dynamic data on the screen; one-click automatic start in high Laboratory Heating Equipment Microwave Sintering condition.
Safety system	Microwave leakproof	Microwave leak level	Microwave leak level
	Magnetron alarm	Overheating alarm, over-current alarm	Overheating alarm, over-current alarm
	Furnace door protection alarm	Furnace door shutdown protection switch	Furnace door shutdown protection switch
	Cooling water alarm	Flow alarm	Flow alarm
Cooling system	High precision chiller	Flow 2m³/h; rated cooling capacity 5.2KW.	Flow 2m³/h; rated cooling capacity 7.2KW.
Overall dimension	Main furnace	About 2100×1600×2000mm (L×W×H)	About 2100×1600×2000mm (L×W×H)
Overall dimension	Floor space	About 3.5m²	About 3.5m²

Furnace Features

1. Fast heating:

microwave traveling with the speed of light couples with heating material and transfers microwave energy to internal energy of material, reducing heat transfer time greatly compared with conventional heating, which reduces heat loss and saves energy. Instantaneous adjustment during control process has a good controllability of reaction and sintering without thermal inertia of conventional heating.

2. Uniform heating:

microwave heats through materials gradientlessly, entirely, synchronously and uniformly, which makes materials organization uniform and inhibits deforming and cracking during heating process.

3. Grain refinement:

with microwave’ s concentrated heating on materials, materials get a rapid temperature rising speed and uniform heating, which reduces holding time, lowers sintering temperature, refines grain and improves material sintering density during sintering process.

Heating Effect

1. Microwave heating effect:

The polar molecule or microstructure of matter is effected by microwave in the high frequency alternating microwave field and causes the forced reciprocating motion, vibration or rotation, which increases the internal energy of matter and rises temperature rapidly.

2. Microwave electromagnetic effect:

Microwave is a HF alternating electromagnetic field, so matter is not only effected by heating effect but also subjected to microwave electromagnetic field, such as magnetic properties variation of magnetic materials.

3. Non-thermal effect of microwave:

During the heating process, some phenomena, such as promoting reaction, accelerating densification, lowering sintering temperature, accelerating sintering process, changing crystallization phase transition etc., distinctly differ from those in regular heating process. These phenomena are collectively known as microwave non-thermal effect.

Place of Origin	China
Brand Name	Microwave roasting equipment
Model Number	Microwave roasting equipment
Min.Order Quantity	One set Laboratory Heating Equipment Microwave Sintering
Price	[email protected]
Delivery Time	contact with us
Payment Terms	paypal,UnionPay, Visa/MasterCard, Amex, Discover,T/T
Supply Ability	168

Product Features