1)  wet end
造纸湿部系统
1.
Two methods of determination of aluminumions in wet end of papermaking were investigated.
铝离子含量是造纸湿部系统控制中重要参数之一。
2)  paper-making
造纸
1.
Some questions of PCC used in paper-making;
浅论PPC在造纸应用中的几个问题
2.
Present application and development suggestion of surfactant in paper-making industry;
表面活性剂在造纸工业中的应用现状与发展建议
3)  paper making
造纸
1.
An ANN based dynamic simulation for paper making wastewater treatment.;
基于人工神经网络的造纸废水处理动态仿真
2.
Application of cavitation airfloat process to treatment of paper making with recycling pulp wastewater;
涡凹气浮法在再生浆造纸废水处理中的应用
3.
The synthesis and application of effective agent for sizing in paper making;
一种新型造纸施胶增效剂的合成及其应用
4)  Paper
造纸
1.
Water Pollution and Treatment Technique for Pulp and Paper Industry;
造纸工业水体污染与治理技术
2.
The mechanism of defoamers was discussed and their applications in different workshop sections in pulp and paper mills were described.
利用复配技术制得的高效复配型消泡剂可增强消泡能力,介绍了复配型消泡剂在造纸不同工段的应用,并对造纸用消泡剂的现状及发展趋势进行了展望。
5)  Papermaking
造纸
1.
Preparation of tobacco slice from tobacco leaf offal by papermaking;
烟草废弃物造纸法制烟草薄片
2.
Application in Papermaking of Vinyl Acetate Copolymer Emulsion;
醋酸乙烯酯共聚物乳液在造纸中的应用
3.
Treatment for papermaking wastewater by the new technology of normal-pressure acid-base method;
常压酸碱法造纸新工艺的废水处理
6)  paper industry
造纸
1.
The analysis on constructing regional demonstration auditing of clean production in paper industry in Zhejiang Province;
浙江省造纸行业建设区域性清洁生产审核示范试点分析
2.
Division of environmental protection type region in paper industry and suggestions on the corresponding environmental policies;
我国造纸行业环境保护类型区划分及环境政策建议
3.
The technical parameters of ground calcium carbonate for paper industry are also given.
在前人研究的基础上,归纳总结了超细重质碳酸钙的基本物性和表面特征,介绍了造纸业对高品质重钙的技术指标,探讨了用于造纸的超细重钙湿法研磨较为先进的工艺,包括原料选用和预处理、湿法研磨的目的、条件、方法、工艺以及研磨过程中的影响因素。
参考词条
补充资料:湿强剂PPE[造纸]
分子式:
分子量:
CAS号:

性质:琥珀色透明液体。固含量20%±0.5%。粘度0.03~0.04帕·秒(25℃)。系聚酰胺-多胺-环氧氯丙烷阳离子型热固型树脂。在造纸过程中用作湿强剂,湿强效果好。适合中性或碱性造纸,对填料及细小纤维有助留作用,并有助滤作用。为无毒非甲醛型树脂,其废纸回收制浆比较容易。适用于特种工业用纸和包装纸、彩色照片原纸、茶叶滤纸、绝缘板纸等。由己二酸、多乙烯多胺、环氧氯丙烷等反应制得。

说明:补充资料仅用于学习参考,请勿用于其它任何用途。