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AR Digital Printing Paste for Textile Pretreatment
FSX Chemical supplies digital printing paste for textile pretreatment and coating processes, helping mills improve fabric surface uniformity, ink penetration control and printed outline clarity before inkjet printing.
How Digital Printing Paste Supports Textile Inkjet Pretreatment
FSX Chemical digital printing paste is used as a fabric pretreatment paste before textile inkjet printing. It helps prepare the fabric surface, control ink migration, improve colour boundary clarity, balance moisture absorption and support wash-off after fixation.
Controls ink migration
Forms a pretreatment layer that helps hold inkjet droplets on the fabric surface and reduce unwanted side spread before fixation.
Reduces colour bleeding
Helps control colour bleeding around printed edges, especially in fine patterns, light backgrounds and multi-colour textile inkjet designs.
Improves colour yield
Supports ink absorption and fixation on the fabric surface, helping improve colour depth and visual brightness after printing.
Balances moisture and surface sizing
Pre-coats the fabric surface to help control moisture, ink absorption and surface uniformity before digital printing.
Used outside the ink system
Used in pretreatment or coating, not directly in inkjet ink. High-polymer thickeners may increase nozzle blockage risk.
Washes off after fixation
Removes in the washing step after fixation, supporting acceptable fabric hand feel and cleaner background clarity.
Where Digital Printing Paste Fits in Textile Inkjet Printing
FSX Chemical digital printing paste is selected by ink type, fabric and pretreatment target. It helps prepare the fabric surface before inkjet printing and should not be added directly into digital ink. Use the scenarios below to choose a practical starting point before sample testing.
Reactive Inkjet Printing on Cotton and Cellulosic Fabrics
Disperse Inkjet Printing on Polyester Fabrics
Pigment Inkjet Printing on Blended and Various Fabrics
Existing Digital Printing Line with Bleeding or Weak Colour
Where Digital Printing Paste Works in the Inkjet Printing Line
Digital printing paste works mainly before the fabric enters the printer. It is applied as a fabric pretreatment to help prepare the surface, control ink migration and support colour clarity during textile inkjet printing.
Pretreatment
Pretreatment
Pencetakan
Pencetakan
Fixation
How to Judge a Digital Printing Pretreatment Trial
A digital printing pretreatment trial should be judged after printing, fixation and washing under the same fabric, ink system and printer settings. Focus on edge clarity, colour yield, ink migration, background cleanliness and fabric hand feel before moving to bulk production.
What to Check Before Moving Forward
These points help confirm whether the pretreatment paste is suitable for your textile inkjet printing system. Some indicators vary by reactive, disperse or pigment ink route.
Edge clarity and bleeding control
Look for cleaner pattern boundaries and less visible ink bleeding, especially around fine lines, small text and multi-colour areas.
Colour yield and shade depth
Compare colour depth, brightness and shade consistency against the target sample after fixation and washing.
Ink migration on the fabric surface
Check whether ink droplets stay controlled on the pretreated surface instead of spreading along fibres before fixation.
Rubbing fastness in pigment systems
For pigment digital printing, review dry and wet rubbing fastness after the binder, curing temperature and fabric conditions are matched.
Wash-off and background cleanliness
After washing, check the unprinted areas for staining, residue marks, dullness or any change in fabric background clarity.
Hand feel after processing
Touch and compare the finished fabric after fixation or washing to confirm whether the handle is acceptable for the final product.
When Digital Printing Pretreatment Helps Improve Print Consistency
The value of digital printing paste is not simply cost reduction. When the pretreatment is matched with the fabric, ink system and fixation process, it can help control ink migration, improve first-pass print quality and support more stable output across production runs.
Where Pretreatment Usually Makes Sense
Digital printing pretreatment is not required for every fabric and ink combination. It is most often reviewed when a mill needs better control over ink migration, edge clarity, colour depth or output consistency.
For reactive digital printing on cotton, viscose and other cellulosic fabrics, pretreatment is commonly used to prepare the fabric surface before inkjet printing and support shade development after steaming and washing.
For disperse and pigment digital printing, the decision depends on fabric type, ink system, curing or fixation conditions and quality targets. A small pretreatment trial is the safest way to confirm whether it improves your actual production result.
FSX Chemical digital printing paste products are designed for fabric pretreatment or coating support. They should not be added directly into inkjet ink, because high-polymer materials in the ink system may increase nozzle blockage risk.
Choose a Digital Printing Paste Route by Ink System
Select your ink system and fabric type to find a practical starting point for sample testing. FSX Chemical offers digital printing paste routes for reactive, disperse and pigment textile inkjet printing. Final selection should be confirmed with your actual fabric, printer, ink and process conditions.
Fushixin Ink DP-R
Reactive digital printing pretreatment paste for cotton, viscose and selected natural fibres.
Fushixin Ink DP-D
Disperse digital printing pretreatment for polyester and selected synthetic fabric systems.
Fushixin Ink DP-P
Pigment digital printing pretreatment for cotton, polyester, blended and various fibre types.
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