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描述了两种能够形成智能表面的纸机网毯设计方法,一种是用微型槽纱线制成的干燥部网毯,形成一种结构化的表面,使清洗过程更为有效;另一种是用纳米技术处理的成形网和空气穿透干燥(TAD)网毯,形成紧密结构化的涂层,该涂层既提高了高压喷水利用率,又减少了网毯交织处存留水分的可能。虽然这两种方法采用的技术不同,但形成智能表面的原理非常相似,均为造纸工作者提高纸机效率提供了更大的机会。
Described two design methods of a paper machine mesh blanket that can form a smart surface, one is a dryer fabric made of micro-grooved yarn to form a structured surface that makes the cleaning process more efficient; the other Is a nanotechnology-treated forming mesh and air-through-drying (TAD) clothing that forms a tightly structured coating that not only increases the utilization of high-pressure water sprays but also reduces the potential for water retention at the interlacing of the carpets . Although the techniques used by both approaches are different, the principles for forming smart surfaces are very similar and provide greater opportunities for papermakers to increase the efficiency of their machines.