Description
Summary of use:
Vacuum/atmosphere furnace is a kind of heating equipment which can change and adjust the atmosphere or vacuum state in the furnace to make the material sintering in a specific vacuum or atmosphere.Generally, the gas in the furnace is inert gas (helium (N2, argon Ar2) or reducing gas (ammonia H2, carbon monoxide CO), there are nitrogen ammonia mixture, mainly to prevent oxidation or reduction, some special materials into the gas, is as a catalytic auxiliary role.Protective atmosphere tube furnace is suitable for industrial and mining enterprises, scientific research units, colleges and universities, etc.Chemical analysis and physical determination under various atmospheres have been widely used in the research and small batch production of powder metallurgy, ceramic metallization, phosphor powder, battery material, electronic ceramics, chemical raw materials, nano materials and other products.
Characteristics:
Characteristics:
1. Dual temperature zone control mode, two sets of different temperatures can be set at the same time to achieve the temperature conversion of the material in the tube.
2. the air way connection method adopts the quick connection flange structure, loading and unloading is quick and convenient, only a clamp can be completed.
3. the furnace is divided into two parts, the upper part of the furnace can be turned back 100°, easy to take and put and observe materials.
4. The furnace chamber is made of multi-product momi fiber vacuum adsorption, and the temperature field can save more than 50% energy uniformly.
5. Air diversion and heat insulation technology ensures the service life and constant temperature effect of each component in the box.
6, start the electric furnace, the exhaust fan at the same time white operation, after the end of the test, the exhaust machine will continue to run, until the furnace temperature is low d 60℃, the exhaust fan will stop, effectively protect the furnace surface.
7. The furnace door opens with automatic power off, over-temperature protection function and leakage protection function to ensure the safety of use.
8. The circuit adopts continuous heating output mode, double circuit power supply, and strong and weak power separate wiring to improve the stability of the system.
9. The operation button is made of low-pressure metal button, with its own status indicator, which makes the operation safe and intuitive.
10. The air circuit assembly is made of food-grade 316 stainless steel, with good corrosion resistance, atmospheric corrosion resistance and high temperature resistance and no magnetism.
2. the air way connection method adopts the quick connection flange structure, loading and unloading is quick and convenient, only a clamp can be completed.
3. the furnace is divided into two parts, the upper part of the furnace can be turned back 100°, easy to take and put and observe materials.
4. The furnace chamber is made of multi-product momi fiber vacuum adsorption, and the temperature field can save more than 50% energy uniformly.
5. Air diversion and heat insulation technology ensures the service life and constant temperature effect of each component in the box.
6, start the electric furnace, the exhaust fan at the same time white operation, after the end of the test, the exhaust machine will continue to run, until the furnace temperature is low d 60℃, the exhaust fan will stop, effectively protect the furnace surface.
7. The furnace door opens with automatic power off, over-temperature protection function and leakage protection function to ensure the safety of use.
8. The circuit adopts continuous heating output mode, double circuit power supply, and strong and weak power separate wiring to improve the stability of the system.
9. The operation button is made of low-pressure metal button, with its own status indicator, which makes the operation safe and intuitive.
10. The air circuit assembly is made of food-grade 316 stainless steel, with good corrosion resistance, atmospheric corrosion resistance and high temperature resistance and no magnetism.
