Disperse Dye Printing Thickener Rg705200 (replace sodium alginate)

China Disperse Dye Printing Thickener Rg705200 (replace sodium alginate), Find details about China Dispersing Printing Thickener, Synthetic Thickener from Disperse Dye Printing Thickener Rg705200 (replace sodium alginate)

Model NO.
Disperse Dye Printing Thickener Rg705200 (replace
pH
6.5-7.5
Solid Content
40min
Trademark
Ruiguang
Transport Package
150-160kg Plastic Drum
Specification
150-160KG/DRUM
Origin
Weifang China
Model NO.
Disperse Dye Printing Thickener Rg705200 (replace
pH
6.5-7.5
Solid Content
40min
Trademark
Ruiguang
Transport Package
150-160kg Plastic Drum
Specification
150-160KG/DRUM
Origin
Weifang China
Disperse dye printing thickener RG705200 is a new generation of high efficiency synthetic thickener which was researched and developed by our company. This thickener was widely used in disperse dye printing. It also has a certain advantage in direct printing. Its printing result achieved and better than similar products, can replace sodium alginate. It was easy operation and safety when using.
If use thickener RG - 705200 replace sodium alginate, will make printing factory obtain remarkable economic and social benefits.
Major ingredient:synthetic high polymer
Physical and chemical index:
Appearance:light yellow sticky liquid
Ionicity:Anion
P H Value:6.5-7.5
Solid content:40% min
Application:
1.     Can be prepared into paste of 3~5 by water. The method is gradually add quantitative RG705200 to contained water of 1/3 volume of the container, then stir with high speed, then gradually add water to the required stickiness. Or can stir the preparation paste with high speed, then gradually add RG-705200 to the required stickiness.
2,Firstly dissolve the dye into right amount of water evenly, and add enough water according to ratio, then add RG-705RA gradually under high speed stirring, until reach to the required viscosity, use it after filtering.
 
3,Reference Formulation:    Disperse Dye         0.5~6.0   
RG-705200           2.0~6.0
                            Water                X
Total                100