High temperature rotary tube furnace

Model：KJ-T1200-R60

Description：

This customized tilting rotary tube furnace is a tilting rotary tube furnace customized according to user needs. The furnace adopts light-weight ceramic fiber to refine the hearth, the heating element adopts high-quality alloy heating wire, adopts double-

Product description:
This customized tilting rotary tube furnace is a tilting rotary tube furnace customized according to user needs. The furnace adopts light-weight ceramic fiber to refine the hearth, and the heating element adopts high-quality alloy heating wire. It adopts double-layer shell structure and intelligent program temperature control system, controlled by thyristor, and has high temperature control accuracy; the double-layer furnace shell is equipped with air cooling The system can effectively reduce the surface temperature of the furnace shell; combined with our standard vacuum and gas mixing system, the atmosphere can be evacuated and the furnace body can be tilted. The furnace tube can be rotated at 360 °C, and is used for graphene growth, high temperature atmosphere sintering, atmosphere reduction, CVD experiments, etc. in universities, scientific research institutes, and industrial and mining enterprises.

The main technical parameters:

product name	High temperature rotary tube furnace
Product number	KJ-T1200-R60
Furnace material	Furnace using alumina polycrystalline fiber
Furnace tube material	Quartz tube
Furnace tube size	Variable diameter quartz tube 60-100-60mm, with 4 dials in the middle part
heating zone	440mm
Operating temperature	600℃
maximum temperature	1200℃
Heating element	High quality alloy heating wire
Temperature control accuracy	±1℃
Temperature Control System	Adopt LCD touch screen operation, intelligent 30-segment PID programmable control The temperature control system adopts artificial intelligence adjustment technology, with PID adjustment and self-tuning functions, and can compile 30 sections of heating and cooling programs; 1. Adopt PID method to adjust temperature and control, can set 30 sections of heating and cooling program 2. Temperature control accuracy ±1ºC 3. With over-temperature protection and couple-break protection, the heating circuit of the electric furnace will be automatically cut off when it is over-temperature or broken (when the temperature of the electric furnace exceeds 1200 degrees or the thermocouple is blown, the AC relay on the main circuit will be automatically disconnected, and the main circuit will be disconnected. The ON light on the panel is off, the OFF light is on, the limited protection of the electric furnace). 4. The instrument has the function of temperature self-tuning 5. Using touch screen operation, data can be output and stored
heating rate	0-20℃/min， suggestion10℃/min
tiltable angle	0-15°
spinning speed	0-15rpm
rotating structure	Using the rotation method, the furnace tube can be rotated at 360°C, and the furnace body can be tilted
vacuum system	There is a vacuum port reserved on the flange, which can be connected to a vacuum pump for vacuuming. A 4L/s rotary vane vacuum pump is selected, and the vacuum degree can reach 10pa. It is equipped with an imported digital vacuum gauge and an imported digital vacuum display gauge, and its measuring range is 5× 10-5-1500mbar, the measurement accuracy can reach 0.1mbar, and the measurement of different gas types does not require coefficient conversion
Vacuum pump parameters	Pumping speed 4.4L/s, limit partial pressure, closed gas ballast: 4x10-2Pa, Motor power: 0.75kw, inlet and exhaust ports: KF25 Oil consumption 0.9-1.5L, motor speed: 1720rpm Working environment temperature: 5-40℃ Noise≤58dB Weight 30kg
Air intake control	A nitrogen float flowmeter is installed, and the intake range is 500ml/min. The intake rate is controlled by the float flowmeter.
Gas-liquid mixing tank	The main body of the gas-liquid mixing tank is made of 310S material, the air inlet and outlet and a mechanical pressure gauge are installed on the upper part of the tank body, and two stainless steel globe valves are installed at the air inlet and air outlet respectively. Body heat-resistant temperature up to 150 ℃. The gas-liquid mixing tank is used to store organic liquids. The customer is responsible for the reaction of the carrier gas or gas. The pulse solenoid valve is installed at the intake end, and gas enters. It is controlled by PLC to control the intake air to pulse. The pulse time and the number of pulses can be adjusted. tune.
Operating Voltage	AC 220V 50Hz
Design power	3KW
Provide related accessories	Crucible hook, 1 spare quartz tube, 2 sets of sealing rings, high temperature gloves, thermocouple, furnace plug, manual, warranty card, etc.
After-sales service	12 months warranty, lifetime warranty (heating elements, furnace tubes and other random accessories are not included in the warranty scope)
Precautions	The air pressure in the furnace tube should not be higher than 0.02MPa Due to the high air pressure inside the gas cylinder, a pressure reducing valve must be installed on the gas cylinder when gas is introduced into the furnace tube. It is recommended to purchase a pressure reducing valve. The pressure reducing valve has a range of 0.01MPa-0.1MPa, which will be more accurate when used. Safety · When the temperature of the furnace body is higher than 1000°C, the furnace tube cannot be in a vacuum state, and the air pressure in the furnace tube must be equal to the atmospheric pressure and kept at normal pressure · The gas flow into the furnace tube should be less than 200SCCM to avoid the impact of the cold atmospheric flow on the heated quartz tube · Long-term use temperature of quartz tube <1100℃ For the sample heating experiment, it is not recommended to close the exhaust valve and the intake valve at the flange end of the furnace tube. If you need to close the air valve to heat the sample, you should always pay attention to the reading of the pressure gauge. If the reading of the air pressure is greater than 0.02MPa, you must open the air relief valve immediately to prevent accidents (such as furnace tube rupture, flange flying out, etc.) It is strictly forbidden to enter flammable, explosive and other dangerous gases