Wear-resistance artificial turf capable of being cooled and preparation method thereof
An artificial turf and ball mill technology, which is applied in the manufacture of rayon, single-component polyolefin rayon, single-component polyamide rayon, etc. problems such as poor ability to achieve the effect of improving hydrophilic performance and water holding performance, improving sports safety, and improving safety
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Embodiment 1
[0034](1) Add nano titanium dioxide, fumed white carbon black, nano lithopone, and nano talc powder into a ball mill for grinding and mixing to obtain an anti-infrared heat-insulating powder material; the material-ball ratio for grinding and mixing is 5, and the filling rate of the ball mill is 20%, the speed is 250r / min, and the grinding time is 3h;
[0035] The ratio of each raw material is, by mass percentage, nano titanium dioxide 7%, fumed white carbon black 8%, nano lithopone 10%, nano talcum powder 75%;
[0036] (2) Maintain a stirring speed of 60r / min, first add the anti-infrared heat insulation powder material, silane coupling agent, and glass powder obtained in step (1) at a mass ratio of 10:0.1:100, and increase the stirring speed to 200r / min, after stirring for 60min, composite powder was obtained; the silane coupling agent was kh550;
[0037] (3) First heat the composite powder obtained in step (2) until the glass powder is melted, and spin the filaments in an i...
Embodiment 2
[0041] (1) Add nano titanium dioxide, fumed white carbon black, nano lithopone, and nano talc powder into a ball mill for grinding and mixing to obtain an anti-infrared heat-insulating powder material; the material-ball ratio for grinding and mixing is 7, and the filling rate of the ball mill is 20%, the speed is 200r / min, and the grinding time is 5h;
[0042] The ratio of each raw material is, by mass percentage, 4% of nano titanium dioxide, 6% of fumed white carbon black, 10% of nano lithopone, and 80% of nano talcum powder;
[0043] (2) Maintain a stirring speed of 40r / min, first add the anti-infrared heat insulation powder material, silane coupling agent, and glass powder obtained in step (1) at a mass ratio of 15:0.5:100, and increase the stirring speed to 200r / min, after stirring for 60min, composite powder was obtained; the silane coupling agent was kh550;
[0044] (3) First heat the composite powder obtained in step (2) until the glass powder is melted, and spin the ...
Embodiment 3
[0047] (1) Add nano titanium dioxide, fumed white carbon black, nano lithopone, and nano talc powder into a ball mill for grinding and mixing to obtain an anti-infrared heat-insulating powder material; the material-ball ratio for grinding and mixing is 5, and the filling rate of the ball mill is 20%, the speed is 220r / min, and the grinding time is 4h;
[0048] The ratio of each raw material is, by mass percentage, nano titanium dioxide 4%, fumed white carbon black 8%, nano lithopone 10%, nano talcum powder 78%;
[0049] (2) Maintain a stirring speed of 60r / min, first add the anti-infrared heat insulation powder material obtained in step (1), silane coupling agent, and glass powder at a mass ratio of 12:0.3:100, and increase the stirring speed to 250r / min, after stirring for 90min, composite powder was obtained; the silane coupling agent was kh550;
[0050] (3) First heat the composite powder obtained in step (2) until the glass powder is melted, and spin the filaments in an ...
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