酞菁绿

考察了AAFC的不同加量对酞菁绿颜料的粒径分布、润湿性的影响。

The addition of AAFC has an effect on dispersing stability of Phthalocyanine Green G.

酞菁绿颜料的氯磺酸法清洁生产工艺

Improved Chlorosulfonic Acid Process for Cleaner Production of Phthalocyanine Green

脲甲醛预聚合对酞菁绿G颜料微胶囊化的影响

The Effect of Pre-polymerization of Urea-formaldehyde on Microencapsulation of Phthalocyanine Green G

原位聚合法制备酞菁绿G颜料微胶囊

Preparation of Phthalocyanine Green G Microcapsules by In-situ Polymerization

用原位聚合法制备以脲醛树脂为壁材的酞菁绿G颜料微胶囊，采用了酸催化下的缩聚反应工艺。

Microcapsules of Phthalocyanine Green G with urea-formaldehyde resin wall were prepared by in-situ condensation polymerization reaction with acid catalyzer .

介绍了CH超分散剂在酞菁绿表面处理过程中的作用机理、使用方法和使用效果。

Funtion mechanism , ways of use and effect of CH hyperdispersant to surface treatment of phthalocyanine green have been presented in the article .

AAFC在酞菁绿颜料表面处理中的应用

Application of AAFC to Surface Treatment of Phthalocyanine Green G

酞菁绿染料残渣的综合利用

Recovery and Reuse of Aluminum from Phthalocyanine Green Residue

酞菁绿染料排放废渣的处理技术

Treatment Technology of Residue from Phthalocyanine Green Dye Production

微电解处理酞菁绿废水中铜的研究

A Study of Treatment of Copper in Wastewater from Phthalocyanine Green Production by Microelectrolysis

酞菁绿颜料的表面处理

Surface Treatment of Phthalocyanine Green G

桔黄色素的稳定性颜料黄光酞菁绿

Pigment & Yellowish Phthalocyanine Green

本文对酞菁绿染料的残渣进行了分析，对其回收利用的方法进行了探讨。

Residue of Phthalocyanine green dye was analyzed , and methods for recovery and reuse of aluminium were outlined and discussed .

根据清洁生产的理论与思维模式，对酞菁绿颜料氯磺酸法生产工艺进行改进。

According to the theory and thinking pattern of cleaner production , chlorosulfonic acid process for phthalocyanine green pigment production has been improved .

采用335弱碱性阴离子交换树脂交换吸附酞菁绿废水中高含量的铜离子。

335 alkalescent ion exchange resin was used in the exchange adsorption of high concentration of copper ion in wastewater from phthalocyanine green production .

结果表明，添加某些非离子表面活性剂及两种不同类型物质组成的复配添加剂，可明显提高酞菁绿的分散性和分散稳定性。添加量为颜料量的5%～7%（质量分数）。

The results indicate that the dispersion easiness and stability of the pigment were obviously improved by adding 5 % ~ 7 % of certain nonionic surfactant or couple of different surfactants .

酞菁蓝颜料生产中废硫酸的循环利用酞菁绿颜料的氯磺酸法清洁生产工艺

Reuse of Waste Sulfuric Acid in Producing Pigment Phthalocyanine ; Improved Chlorosulfonic Acid Process for Cleaner Production of Phthalocyanine Green