Stabilizing agent used for producing PVC plastic products and preparation technique thereof
A plastic product and stabilizer technology, applied in the field of chlorine-containing polymer product processing, can solve the problems of limited thermal stability improvement, unfavorable hard product processing, yellow and red surface of the product, etc., to reduce redness of color and improve complexation The ability of metal ions and the effect of lowering the softening point
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Embodiment 1
[0034] The first step: the preparation of intermediates
[0035] Put 90kg of stearic acid and 10kg of cyanuric acid into the reaction kettle, heat to melt them; when the melt temperature reaches 80°C, put in a catalyst composed of 0.5kg of hydrogen peroxide and 2.2kg of ammonia water and dissolve it; Calcium 12.5kg, magnesium hydroxide 8.6kg and zinc oxide 11.8kg, and vacuum dehydration until no water comes out, and stop the heating operation when the melt temperature reaches 140°C; then or add 30kg of hydrotalcite, stir for 30 minutes, and cool to Discharging after 120°C; cooling to room temperature, crushing into 200 mesh as a spare intermediate.
[0036] The second step: the preparation of the stabilizer
[0037] The hydrotalcite of above-mentioned intermediate and 50kg, 10kg are made antioxidant 626, 15kg pentaerythritol, 5kg trihydroxyethyl cyanuric acid, the dibenzoylmethane of 10kg, the hexyl amino acrylate of 10kg and the poly Ethylene wax is used as a lubricant, whi...
Embodiment 2
[0040] The first step: the preparation of intermediates
[0041] Put 95kg of stearic acid and 5kg of cyanuric acid into the reaction kettle, heat to melt them; when the melt temperature reaches 80°C, put in a catalyst composed of 0.5kg of hydrogen peroxide and 2.2kg of ammonia water and dissolve it; then put it into oxidation Calcium 8.2kg, magnesium hydroxide 5.4kg and zinc oxide 7.2kg, and vacuum dehydration, until no water comes out, and when the melt temperature reaches 140 ℃, stop heating operation; then or add hydrotalcite 30kg, after stirring for 30 minutes, cool to Discharging after 120°C; cooling to room temperature, crushing into 200 mesh as a spare intermediate.
[0042] The second step: the preparation of the stabilizer
[0043] The above-mentioned intermediate and 40kg of hydrotalcite, 10kg of antioxidant 1024, 12kg of polyethylene glycol 6000, 5kg of trishydroxyethyl cyanuric acid, 8kg of octanoylbenzoylmethane, and 10kg of hexyl aminobutacrylate And the polyet...
Embodiment 3
[0046] The first step: the preparation of intermediates
[0047] Put 90kg of stearic acid and 10kg of terephthalic acid into the reaction kettle, heat to melt them; when the melt temperature reaches 80°C, put in a catalyst composed of 0.5kg of hydrogen peroxide and 2.2kg of ammonia water and dissolve it; then put it into oxidation Calcium 10.2kg, magnesium hydroxide 8.8kg and zinc oxide 12.4kg, and vacuum dehydration until no water comes out, and stop the heating operation when the melt temperature reaches 140°C; then or add 30kg of hydrotalcite, stir for 30 minutes, and cool Discharging after reaching 120°C; cooling to room temperature, crushing into 200 mesh as a spare intermediate.
[0048] The second step: the preparation of the stabilizer
[0049] The above-mentioned intermediate and 50kg of hydrotalcite, 10kg of antioxidant 1010, 14kg of polyethylene glycol 2000, 5kg of trihydroxyethyl cyanuric acid, 10kg of stearyl benzoylmethane, and 10kg of aminobutyrylic acid octyl T...
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