A kind of fatty acid calcium zinc composition and preparation method thereof
A technology of fatty acid calcium zinc and composition, which is applied in the field of composition and its preparation, can solve the problems of low milling efficiency, complex compounding process, and high price, achieve good internal and external lubrication performance, simplify the compounding process, and improve zinc The effect of content
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Embodiment 1
[0023] Example 1 uses the method of the present invention to prepare a calcium-zinc composition 4D-G1 for the following steps to prepare the PVC stabilizer.
[0024] (1) Put the lipidic acid 1000kg, 12-hydroxyl fatty acid 500kg into the reactor, and then heated;
[0025] (2) When heating to 120 ° C, add 85kg to the reaction kettle to the reaction kettle, and start to slowly add calcium oxide 50kg to the reaction kettle, and then slowly invest 225kg of zinc oxide to complete the feeding;
[0026] (3) After completing the feeding, maintain a reaction of 1.5 hours at 168 ° C temperature;
[0027] (4) After the reaction is completed, add 16-18 alcohol 60kg to the reaction kettle, stir well, and then put the feeding, cooling, and grinding.
Embodiment 2
[0028] Example 2 uses the method of the present invention to prepare a fatty acid zinc composition 4D-G2 according to the following steps to prepare the PVC stabilizer.
[0029] (1) Put the laurel acid 1500kg and 12-hydroxyl fatty acid 350kg into the reactor, and then heated;
[0030] (2) When heating to 120 ° C, add 18kg to the reaction kettle to the reaction kettle, and start to slowly add calcium oxide 25kg to the reaction kettle, and then slowly invest in zinc oxide 255kg to complete the feeding;
[0031] (3) After completing the feeding, maintain a reaction of 2.0 hours at 165 ° C temperature;
[0032] (4) After the reaction is completed, add 16-18 alcohol 40kg to the reaction kettle, stir well, and then put the feeding, cooling, and grinding.
Embodiment 3
[0033] Example 3 uses the method of the present invention to prepare a fatty acid zinc composition 4D-G3 according to the following steps to prepare the PVC stabilizer.
[0034] (1) Investment in the reactor 1700kg, 12-hydroxyl fatty acid 230kg, and then heated;
[0035] (2) When heating to 120 ° C, add 50kg of dietine to the reaction kettle, and start to slowly add calcium hydroxide 35kg to the reaction kettle, and then slowly invest 260kg of zinc oxide to complete the feeding;
[0036] (3) After completing the feeding, maintain a reaction of 2.5 hours at 170 ° C temperature;
[0037] (4) After the reaction is completed, add 16-18 alcohol 80kg to the reaction kettle, stir well, and then put the feeding, cooling, and grinding.
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