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A platform for research: civil engineering, architecture and urbanism
Filled fuse curing material and curing method
The invention relates to a filler fuse curing material and a curing method, the curing material mainly comprises solid and liquid nano silicon dioxide, and the curing scheme mainly comprises the following operation steps: burdening, mixing, filling, injecting a liquid curing agent, placing in a drying box and setting parameters, heating and baking, inspecting and packaging. The nanoscale curing material can effectively fill gaps among quartz sands of fuse filling materials, so that the gaps among the quartz sands become smaller, then liquid nanometer silicon dioxide is added, the surface of each solid nanometer silicon dioxide and the surface of each quartz sand are coated with a layer of uniform liquid nanometer silicon dioxide, and the surface of each solid nanometer silicon dioxide and the surface of each quartz sand are coated with a layer of uniform liquid nanometer silicon dioxide. The quartz sand and the solid-state nano silicon dioxide are fully filled in a gap between the quartz sand and the solid-state nano silicon dioxide, the filling material forms a solid-state whole in the inner cavity of the fusion tube through heating and drying, air in the fusion tube is thoroughly removed, the curing time can be greatly shortened, the production efficiency can be improved, and the product cost is reduced.
一种有填料熔断器固化材料及固化方法，固化材料主要成分固态和液态纳米二氧化硅，固化方案主要操作步骤有：配料→拌料→填装→注入液态固化剂→置入干燥箱并设定参数→升温烘烤→检验→封装。纳米级的固化材料可以有效填充熔断器填充材料石英砂之间的空隙，使每一粒石英砂之间的空隙变得更小，再加入液态纳米二氧化硅，使每一粒固态纳米二氧化硅和每一粒石英砂表面都包覆一层均匀的液态纳米二氧化硅，并完全填充了石英砂和固态纳米二氧化硅之间的空隙，通过升温干燥使填充材料在熔管内腔形成一个固态整体，彻底驱赶清除了熔管内存在的空气，而且，而且还可以大大缩短固化时间，有利于提高生产效率，降低产品成本。
Filled fuse curing material and curing method
The invention relates to a filler fuse curing material and a curing method, the curing material mainly comprises solid and liquid nano silicon dioxide, and the curing scheme mainly comprises the following operation steps: burdening, mixing, filling, injecting a liquid curing agent, placing in a drying box and setting parameters, heating and baking, inspecting and packaging. The nanoscale curing material can effectively fill gaps among quartz sands of fuse filling materials, so that the gaps among the quartz sands become smaller, then liquid nanometer silicon dioxide is added, the surface of each solid nanometer silicon dioxide and the surface of each quartz sand are coated with a layer of uniform liquid nanometer silicon dioxide, and the surface of each solid nanometer silicon dioxide and the surface of each quartz sand are coated with a layer of uniform liquid nanometer silicon dioxide. The quartz sand and the solid-state nano silicon dioxide are fully filled in a gap between the quartz sand and the solid-state nano silicon dioxide, the filling material forms a solid-state whole in the inner cavity of the fusion tube through heating and drying, air in the fusion tube is thoroughly removed, the curing time can be greatly shortened, the production efficiency can be improved, and the product cost is reduced.
一种有填料熔断器固化材料及固化方法，固化材料主要成分固态和液态纳米二氧化硅，固化方案主要操作步骤有：配料→拌料→填装→注入液态固化剂→置入干燥箱并设定参数→升温烘烤→检验→封装。纳米级的固化材料可以有效填充熔断器填充材料石英砂之间的空隙，使每一粒石英砂之间的空隙变得更小，再加入液态纳米二氧化硅，使每一粒固态纳米二氧化硅和每一粒石英砂表面都包覆一层均匀的液态纳米二氧化硅，并完全填充了石英砂和固态纳米二氧化硅之间的空隙，通过升温干燥使填充材料在熔管内腔形成一个固态整体，彻底驱赶清除了熔管内存在的空气，而且，而且还可以大大缩短固化时间，有利于提高生产效率，降低产品成本。
Filled fuse curing material and curing method
一种有填料熔断器固化材料及固化方法
CHENG YU (author) / GUO JINGYI (author) / TONG YANYING (author) / FAN LETIAN (author) / QU ZHIYUN (author) / ZENG MEIRONG (author)
2023-06-27
Patent
Electronic Resource
Chinese
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