将变性淀粉与合成聚合物表面施胶剂复配进行纸张的表面施胶是目前生产多用途办公纸最经济有效的方法之一。
Nowadays one of the most economical and effective methods to produce multi-use office paper is surface sizing with combining modified starch and synthetic polymeric agents.
考察了变性淀粉的种类、纤维的表面电荷和微细纤维含量等对纸页抗张强度和施胶度的影响。
Effects of kinds of modified starches, surface charges and fine of a bagasse chemical pulp on tensile strength and sizing degrees of the paper made from the pulp were investigated.
结果表明，CMC是一种高效的表面施胶剂。生产实际中采用氧化淀粉和CMC按2∶1比例的混合物为好。
The results show that the CMC is a high effective surface sizing agent and the mixer of oxidized starch and carboxymethylcellulose in mixed proportion of 2to 1is better in practice.
介绍一种用于造纸的新型淀粉衍生物———羧甲基淀粉(CMS)，进行了浆内添加和表面施胶的试验。
A novel starch derivative, carboxymethyl starch (CMS) is introduced in this paper. Experimental results of CMS application both internal and surface treatment are presented.
制备出几种淀粉衍生物表面施胶液，并对比了施胶后瓦楞纸的环压强度以及耐折度这两项指标。
Several starch derivatives was prepared as surface sizing agent, and then compared two indicators including ring crush strength and folding endurance.
对用原淀粉复合脂肪酸、原淀粉包埋沉淀碳酸钙(PCC)作为纸张表面施胶剂进行了研究。
Surface sizing using raw starch with fatty acid and raw starch coated PCC was studied.
氧化淀粉用作纸张的表面施胶剂可提高纸的表面强度。
Oxidized starch used in surface sizing can increase the surface strength of paper.
氧化淀粉用作纸张的表面施胶剂可提高纸的表面强度。
Oxidized starch used in surface sizing can increase the surface strength of paper.
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