High concentration Synthetic thickener for disperse printing with high electrolyte stability ensuring excellent colour yield & sharp definition: ARGOPRINT RBT-ST: Polyacrylate inverse emulsion-7:
Synthetic thickener for reactive and disperse dyes printing. Pigmapol FX Rheology modifier of new conception which acts only in presence of another thickener (generally with acrylic base). It increases the printing paste viscosity while changing also its rheology (it gives a less-pseudoplastic behavior to the printing paste which means that the printing paste viscosity is less sensitive to cut stress).
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.
Thickener. Rheology Modifier; Discharge Printing. Monomer Series; Polyester Resin; Solvents & Glycols; Inorganic Pigment. Microencapsulation & Fragrances. Polyvinyl Alcohol (PVA) Ethylene-Vinyl Acetate Copolymer (EVA) Dispersing Agent. Support Contactform; Languages; Bahasa; Rudolf Worldwide; RUDOLF Germany; HUB 1922; RUDOLF Italy
dispersing printing thickener RG-RAF: anion: light yellow or milk white thick liquid: As a dispersing dye printing agent, it has strong electrolyte resistance, easy desizing, high color yield, with few dosage. It can completely replace sodium alginate. dispersing printing thickener RG-705: anion: light yellow or milk white thick liquid
Sythetic Thickener for Disperse Printing Rg-705200 From China Manufacturer, Find details about China Dispersing Printing Thickener, Synthetic Thickener from Sythetic Thickener for Disperse Printing Rg-705200 From China Manufacturer Weifang Ruiguang Chemical Co., Ltd.
China Synthetic Thickener for Dispersing Printing, Find details about China Dispersing Printing Thickener, Acrylic Acid Thickener from Synthetic Thickener for Dispersing Printing Weifang Ruiguang Chemical Co., Ltd.
PIGMACOLOR ® Synthetic Thickeners Pigmapol PF High quality synthetic thickener for pigment printing. Good color yield and good excellent printing properties. Usage rate: 13-15 g/kg Pigmapol PFN Neutralized synthetic thickener for pigment printing, with good resistance to the electrolytes. Usage rate: 17-19 g/kg Pigmapol 200 A
Dispersing Printing Thickener, Synthetic Thickener, Disperse Printing Thickener manufacturer / supplier in China, offering Thickener for Disperse Dye Printing, Amphoteric Retainning Agent (leather auxiliary), Textile Chemical Stiffening Agent and so on. Contact Supplier Company Favorites Company Favorites. Gold Member Since 2015. Audited Supplier Home Products Textile auxiliaries Printing
Synthetic Thickener for Dispersing Printing picture from Weifang Ruiguang Chemical Co., Ltd. view photo of Dispersing Printing Thickener, Acrylic Acid Thickener, Acrylic Acid Synthetic Thickener.Contact China Suppliers for More Products and Price.
Concentrated Acrylic thickener for aqueous pigment printing. Finothick RDHT 2A Synthetic thickener for reactive printing in paste form: Bioprint RDT / RDTECO Sodium alginate substitute in powder form Finocon DIGI/ DIGI PAU Pre coating auxiliary for Digital Printing.
Some of our products are Textile Auxiliaries, Synthetic Thickener, Textile Printing Thickener, Emulsifiers for Paint and Pigments, Plastisol Printing Inks, Color Pigment, Guar Gum, Textile Binders etc. All of our products are processed with pure ingredients which makes them authentic and credible. Moreover, our produced chemicals are known for their best value in terms of
Impra Thick 300 Synthetic Thickener for Disperse Printing Impra Thick 100 Hybrid Thickener for pigment printing Impra CB Brasso effect on 100% cotton
A synthetic thickener of acrylic type, Gumsynth TRP, was tested against standard kerosene/water emulsion thickener in pigment printing. Prints were dried and cured under identical conditions and
Carbon nanotube networks in biopolymer solutions are explored as potential ink systems for the extrusion printing of conducting structures. The biopolymer gellan gum is found to act as an excellent dispersant of multiwalled carbon nanotubes and has the appropriate flow properties to act as a thickener for the controlled dispensing of carbon nanotube networks.