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Solid waste reuse type trench tile production process and trench tile
According to the solid waste reuse type groove tile production process and the groove tile, resin glass fiber powder is used as one of raw materials, the problem that the resin glass fiber powder is difficult to treat at present can be effectively solved, the resin glass fiber powder is light, and sand, cement and silica fume are matched with a plurality of stainless steel fibers, so that the overall structural strength can be effectively improved; carbon nanotubes, expanded silica fume and a silane coupling agent are mixed and stirred, the obtained mixture is added into a fermentation tank of beet oil and yoghourt to be fermented, a modified mixture is obtained, microorganisms in the yoghourt are used for decomposing vegetable oil to generate lipophilic ester groups, the lipophilic ester groups are attached to the surface of mixed powder under the self-crosslinking effect of the microorganisms, and the modified mixture is obtained. And the carbon nanotubes have porous structures, and light can pass through the closely arranged carbon nanotubes to generate multiple reflections, so that the reflectivity of the tile is improved, the heat insulation performance is effectively improved, and the problems of low structural strength and poor heat insulation effect of the existing groove tile are solved.
本发明公开了一种固废复用型沟瓦生产工艺及沟瓦，将树脂玻纤粉作为原料之一进行利用，能够有效解决当前树脂玻纤粉处理难的问题，树脂玻纤粉质轻，砂子、水泥、硅灰配合多条的不锈钢纤维能够有效提升整体的结构强度，将碳纳米管、膨胀硅灰及硅烷偶联剂混合搅拌，得到的混合物加入到甜菜油和酸奶的发酵罐中发酵，获得改性混合物，利用酸奶中微生物将植物油分解产生亲油性酯基，并在微生物的自交联作用下使得亲油性酯基附着到混合粉末表面，从而提高混合粉末和基材的相容性，碳纳米管具有多孔结构，光线能通过排布紧密的碳纳米管，产生多次反射，从而提高瓦片的反射率，有效提升隔热性能，解决现有沟瓦结构强度偏低及隔热效果不佳的问题。
Solid waste reuse type trench tile production process and trench tile
According to the solid waste reuse type groove tile production process and the groove tile, resin glass fiber powder is used as one of raw materials, the problem that the resin glass fiber powder is difficult to treat at present can be effectively solved, the resin glass fiber powder is light, and sand, cement and silica fume are matched with a plurality of stainless steel fibers, so that the overall structural strength can be effectively improved; carbon nanotubes, expanded silica fume and a silane coupling agent are mixed and stirred, the obtained mixture is added into a fermentation tank of beet oil and yoghourt to be fermented, a modified mixture is obtained, microorganisms in the yoghourt are used for decomposing vegetable oil to generate lipophilic ester groups, the lipophilic ester groups are attached to the surface of mixed powder under the self-crosslinking effect of the microorganisms, and the modified mixture is obtained. And the carbon nanotubes have porous structures, and light can pass through the closely arranged carbon nanotubes to generate multiple reflections, so that the reflectivity of the tile is improved, the heat insulation performance is effectively improved, and the problems of low structural strength and poor heat insulation effect of the existing groove tile are solved.
本发明公开了一种固废复用型沟瓦生产工艺及沟瓦，将树脂玻纤粉作为原料之一进行利用，能够有效解决当前树脂玻纤粉处理难的问题，树脂玻纤粉质轻，砂子、水泥、硅灰配合多条的不锈钢纤维能够有效提升整体的结构强度，将碳纳米管、膨胀硅灰及硅烷偶联剂混合搅拌，得到的混合物加入到甜菜油和酸奶的发酵罐中发酵，获得改性混合物，利用酸奶中微生物将植物油分解产生亲油性酯基，并在微生物的自交联作用下使得亲油性酯基附着到混合粉末表面，从而提高混合粉末和基材的相容性，碳纳米管具有多孔结构，光线能通过排布紧密的碳纳米管，产生多次反射，从而提高瓦片的反射率，有效提升隔热性能，解决现有沟瓦结构强度偏低及隔热效果不佳的问题。
Solid waste reuse type trench tile production process and trench tile
一种固废复用型沟瓦生产工艺及沟瓦
LIANG XUEHAI (author) / LIANG XIAO (author) / LIANG XUEQIAN (author) / LI GANG (author)
2024-12-10
Patent
Electronic Resource
Chinese
IPC:
C04B
Kalk
,
LIME
Reuse of solid petroleum waste in the manufacture of porcelain stoneware tile
| Online Contents | 2013