1, The furnace chamber is made of imported alumina polycrystalline fiber material with good heat preservation performance. 2, Heating element adopts imported alloy wire 0Cr27Al7Mo2, the temperature can reach 1000℃. 3, Adopting double-layer shell structure, combined with thermal induction technology, equipped with air cooling system, so that the surface temperature of the furnace body cools down quickly. 4, Using KF fast flange connection, reducing the possibility of damage to the heating tube, picking up and placing materials more convenient and quick. 5, on the open lid design, you can real-time observation of the heated material, and can quickly cool down, to meet the material cold and hot experimental needs; 6, intelligent PID control, self-tuning function, 30-segment programmable control, can be set up to 30 segments of the lifting and lowering of the temperature program, to achieve the power without loss. 7, reserved vacuum, gas circuit fast interface, with our vacuum, gas mixing system to use; to meet the user in a different vacuum state and different atmospheric conditions for experiments.
Specification: Tube Furnace SolidWorks 3D Model
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