A kind of highly wear-resistant and high-hardness nano-scale titanium crystal coating solution and its preparation method
A nano-scale, high-hardness technology, applied in the field of coating solution, can solve problems such as being unable to be effective for a long time, affecting use and promotion, and easy to adhere to dust, so as to prevent atmospheric oxidation of noble commodities, and the production method is simple and easy. shedding effect
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Embodiment 1
[0040] The weight percentage of each component is, wax mixed TiO 2 : 40%; Dispersant Troysol98c: 5%; Trimethylolpropane ester: 25%; Dodecylbenzene: 30%; TiC1 4 The purity is 98%. The production steps are as follows:
[0041] Step 1, heating; preheat TiC1 by indirect heating of fuel oil 4 , the preheated TiC1 4 into the generator; at the same time, chlorine and aluminum powder are sent into the generator to react to generate AlCl 3 , the molar ratio of chlorine to aluminum powder is 3:2; generate AlCl 3 The heat of reaction further preheats the TiC1 4 , to obtain TiC1 4 and AlC1 3 mixture;
[0042] Step 2, replacement; the TiC1 4 and AIC1 3 The mixture is sent to the oxidation reactor. At the same time, the oxygen is indirectly heated by the fuel oil through the oxygen preheater. The preheated oxygen is introduced into the combustion chamber, and the fuel oil is added to burn to further increase the oxygen temperature, and the heated oxygen is sent to the oxidation re...
Embodiment 2
[0048] The weight percentage of each component is, wax mixed TiO 2 : 35%; Dispersant Troysol98c: 3%; Trimethylol propane ester: 22%; Dodecylbenzene: 40%; TiC1 4 The purity is 99%. The production steps are as follows:
[0049] Step 1, heating; preheating TiC1 by means of indirect current heating 4 , the preheated TiC1 4 into the generator; at the same time, chlorine and aluminum powder are sent into the generator to react to generate AlCl 3 , the molar ratio of chlorine to aluminum powder is 3:2; generate AlCl 3 The heat of reaction further preheats the TiC1 4 , to obtain TiC1 4 and AlC1 3 mixture;
[0050] Step 2, replacement; the TiC1 4 and AIC13 3 The mixture is sent to the oxidation reactor, and at the same time, the oxygen is indirectly heated by an electric current through the oxygen preheater, the preheated oxygen is introduced into the combustion chamber, fuel oil is added to burn to further increase the oxygen temperature, and the heated oxygen is sent to the...
Embodiment 3
[0055] The weight percentage of each component is, wax mixed TiO 2 : 50%; Dispersant Troysol98c: 8%; Trimethylolpropane ester: 20%; Dodecylbenzene: 22%; TiC1 4 The purity is 99.99%. The production steps are as follows:
[0056] Step 1, heating; preheating TiC1 by means of indirect diesel heating 4 , the preheated TiC1 4 into the generator; at the same time, chlorine and aluminum powder are sent into the generator to react to generate AlCl 3 , the molar ratio of chlorine to aluminum powder is 3:2; generate AlCl 3 The heat of reaction further preheats the TiC1 4 , to obtain TiC1 4 and AlC1 3 mixture;
[0057] Step 2, replacement; the TiC1 4 and AIC1 3 The mixture is sent to the oxidation reactor, and at the same time, the oxygen is indirectly heated by the diesel oil through the oxygen preheater, the preheated oxygen is introduced into the combustion chamber, fuel oil is added to burn to further increase the oxygen temperature, and the heated oxygen is sent to the oxidat...
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