
Digi Print – DPP is a thickening agent applied at pre-padding stage before digital printing on Viscose / cotton / polyester fabric to increase colour yield and sharpness of prints.
Feature |
Benefits |
Improves Printing performance |
It gives even prints with sharp outlines and improved colour yield of prints |
Stable Viscosity |
It increases viscosity locally thereby prevents spreading and migration of ink while printing. |
Softer Handle |
It does not affect the softness and handle of fabric |
User friendly |
It is ready to use product and easily dosable with consistent viscosity |
Easily Washable |
It saves water and process time as it can be washed off easily |
The product is normally applied by padding.
Dissolving / Dilution
Digi Print – DPP can be diluted in all proportions by pouring on cold or warm water. Stock solutions are
stable for prolonged periods.
The dosage of Digi Print – DPP depends on various factors as fabric GSM, print design etc
Digi Print – DPP : 40-50 gm/l
Pad – Dry at 110-120 0C– Print with digital print
Steaming: 170-180 0C, 6-8 min. OR
Thermofix: 180-190 0C, 1-2 min. OR
Calendaring: 200-210 0C, 30 sec.
After Treatment:
Cold wash: 5 min
Chemical Constitution |
Aqueous solution of polyacrylic acid derivative |
Ionic nature |
Anionic |
Physical form |
Colourless to pale yellow flowable paste |
pH (aqueous solution) |
Approx. 4±1 |
Specific gravity at 200 C |
Approx. 1.00 g/cm3 |
Solubility |
Readily soluble in water |
Storage Stability |
Digi Print – DPP is stable for 6 months, when properly stored in closed containers at 20°C. |
Ecology/Toxicology |
The usual hygiene and safety rules for handling chemicals should be observed in storage and use. The product must not be swallowed. |
50Kg Blue HDPE Carboys
DIGI COAT - PES |
Pre-padding agent before ink-Jet printing |
DIGI COAT – PES is a speciality product with low viscosity for improvement of colour value during ink-Jet printing on all types of fabric with disperse. DIGI COAT – PES is used in padding before ink-Jet printing. DIGI COAT – PES has high molecular weight which increases the localised viscosity on ink, thereby avoiding bleeding and spreading of prints.
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