Spectrum functional ceramic powder capable of accelerating heat exchange and preparation method thereof
A technology of functional ceramics and powders, which is applied in the field of spectroscopic functional ceramic powders that can accelerate heat exchange and its preparation, can solve the problems of consuming metal materials, large equipment, and power consumption, so as to reduce the amount of metal used and protect nature. Effects on the environment, reduction in electricity consumption or fuel consumption
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[0015] The preparation method of the spectroscopic functional ceramic powder that can accelerate heat exchange provided by the present invention comprises the following steps:
[0016] (1) The following various components in terms of mass percentage: 5-10% of chlorite, 30-40% of kaolin, 5-10% of cordierite, 30-35% of tourmaline, 1-5% of iron dioxide %, vanadium pentoxide 1-2%, copper oxide 3-7%, polyvinyl alcohol binder 5-10%, carry out crushing and milling, and carry out thermal mixing, the temperature of the thermal mixing is 30°C;
[0017] (2) Roll the uniformly mixed raw materials in step (1) into spheres by spraying and adding powder, and then fire them. Naturally lowered to room temperature;
[0018] (3) Pulverize the raw material sphere fired in step (2) to make a powder with a diameter of 5 microns.
Embodiment 1
[0020] The various components and mass percentages of a spectral functional ceramic powder are as follows: 5% chlorite, 30% kaolin, 10% cordierite, 31% tourmaline, 5% iron dioxide, pentoxide Vanadium 2%, copper oxide 7%, polyvinyl alcohol binder 10%. The raw materials are crushed, powdered, heat mixed (30°C), made into spheres, fired at high temperature, raised from room temperature to 1300°C, kept for 2 hours, then naturally lowered to room temperature, and finally crushed for the second time to a diameter of 5 micron powder.
Embodiment 2
[0022] The various components and mass percentages of a spectral functional ceramic powder are as follows: 10% chlorite, 31% kaolin, 5% cordierite, 30% tourmaline, 5% iron dioxide, pentoxide Vanadium 2%, copper oxide 7%, polyvinyl alcohol binder 10%. The raw materials are crushed, powdered, heat mixed (30°C), made into spheres, fired at high temperature, raised from room temperature to 1300°C, kept for 2 hours, then naturally lowered to room temperature, and finally crushed for the second time to a diameter of 5 micron powder.
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