Lead stearate stable lubricant, and production method and heat stabilizer composition thereof
A technology of lead stearate and its production method, which is applied in the field of thermal stabilizer composition formula and lead stearate stabilized lubricant for polyvinyl chloride composite stabilizer, and can solve the problems of difficult operation, high toxicity and low catalytic efficiency and other issues to achieve the effect of simplifying the process, reducing labor and reducing pollution
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Embodiment 1
[0039] The fatty acid amide catalyst used in this embodiment is: .
[0040] Put 100 kg of stearic acid, 25 kg of paraffin wax and 2 kg of catalyst into the stirring reactor, and heat to 60°C to melt; gradually add 40 kg of lead oxide, finish adding within 45 min, react while adding, and maintain a stirring speed of 30 rpm, the temperature is controlled at 80°C. When the color of the reaction system changes from yellow to white, the reaction is considered to be finished, and the stable lubricant of lead stearate is obtained by discharging.
Embodiment 2
[0042] The fatty acid amide catalyst used in this embodiment is: .
[0043] Put 100 kg of stearic acid, 80 kg of polyethylene wax and 10 kg of catalyst into the stirring reactor at a stirring speed of 45 rpm, and heat to 70°C to melt; gradually add 120 kg of lead oxide, and complete the addition within 60 minutes, while adding React, and maintain a stirring speed of 85 rpm, control the temperature at 100 ° C. When the color of the reaction system changes from yellow to white, the reaction is considered to be finished, and the stable lubricant of lead stearate is obtained by discharging.
Embodiment 3
[0045] The fatty acid amide catalyst used in this embodiment is: .
[0046] Put 100 kg of stearic acid and 1 kg of catalyst into the stirred reactor at a stirring speed of 40 rpm, and heat to 85°C to melt; gradually add 135 kg of lead oxide, finish adding within 50 min, react while adding, and maintain the stirring speed 60 rpm, the temperature is controlled at 120°C. When the color of the reaction system changes from yellow to white, the reaction is considered to be finished, and the stable lubricant of lead stearate is obtained by discharging.
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