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- Hydrocol microparticulate retention aid system Hydrocol微粒体系
- microparticulate retention aid systems 微粒助留体系
- Preparation and Characterization of Hydrotalcite based Cationic Microparticulate Retention Aid 阳离子水滑石微粒的合成及表征
- Sodium-based Bentonite Suspension Prepared at High Concentration and Applied as Microparticulate Retention Aid 膨润土的高浓改性及微粒助留作用
- Keywords retention aid;microparticulate retention aid;situation;trend of development; 助留剂;微粒助留剂;现状;发展趋势;
- Keywords bentonite;Hydrocol microparticulate retention aid system;retention and drainage aid; 膨润土;海德罗科尔微粒体系;助留助滤;
- Keywords retention aid;microparticulate retention aid systems;high-speed paper machine; 助留剂;微粒助留体系;高速纸机;
- microparticulate retention aid 微粒助留剂
- The application of bentonite microparticulate retention system in paper mills was introduced in this paper. 介绍了膨润土微粒助留体系在造纸厂中的应用。
- The microparticulate retention system has a short time of application in China and thus it makes the application experience short. 微粒助留体系在我国的应用时间短,这使得该系统的应用经验还比较欠缺。
- Retention aid, Defoamer, Deposit Controller, Felt Controller, Preservative, Slime Controller, System Cleaner. 助留剂、消泡剂、网部树脂控制剂、毛布树脂控制剂、防腐剂、粘泥控制剂、清洗剂。
- Also investigated the charge characteristics of CS, AKD size, C-PAM retention aid and GCC filler. 实验也对中性造纸系统中的阳离子淀粉、AKD施胶剂、C-PAM助留剂和GCC填料的电荷特性进行了调查。
- So VBK was optimal white dyes in high white paper. Silca-aluminum microparticle retention aid system was superior to conventional CS-CPAM system. 硅铝微粒助留系统对纸料的助留助滤性能优于常规CS-CPAM助留助滤体系,而且CS-CPAM-硅铝微粒助留助滤体系又要胜于CS-硅铝微粒助留助滤体系。
- microparticulate retention system 微粒助留体系
- cationic microparticulate retention system 阳离子微粒助留体系
- The bentonite modified in high consistency suspension with fluoride sodium is used as microparticle retention aid in papermaking industry. 采用中性盐氟化钠对膨润土进行常温改性,并与常规的碳酸钠改性膨润土进行了对比。
- The application of a new modified polyacrylamide based retention aid N in newspaper making was preliminarily investigated. 对一种新型改性聚丙烯酰胺助留剂N在新闻纸助留助滤系统中的应用进行了初步研究;
- The colloidal titration ratio (CTR) of paper making system and the effect of CTR on the efficiency of retention aid were analyzed. 测定了胶体滴定比值(CTR值),并分析了CTR对留着率的影响。
- The results show that the retention aid N significantly enhance fines retention and stock drainage ability,ameliorate wet-end environment,reduce production cost while do not lower paper strength. 结果表明,助留剂N具有较好的提高浆料滤水性能和细小组分留着率的能力,对改善湿部环境、保持纸张强度、降低生产成本有较明显的效果。
- Keywords bentonite;high solid suspension;microparticulate retention; 膨润土;高浓悬浮液;微粒助留;
