Digital Printing Paste Manufacturer

FSX Chemical manufactures digital printing paste and textile printing thickeners for reactive, disperse and pigment inkjet printing, with sample matching and factory-direct bulk supply.

Digital Printing Paste · Reactive · Disperse · Pigment

Digital Printing Paste & Thickener for Textile Printing

FSX Chemical manufactures DP-R, DP-D and DP-P digital printing paste routes for reactive, disperse and pigment inkjet printing. Compare the ink system, fabric type, pretreatment route, dosage direction, pH window and trial performance, with sample matching and factory-direct bulk supply.

DP-R Reactive inkjet printing route
DP-D Disperse inkjet printing route
DP-P Pigment inkjet printing route
Sample Matching Sample, TDS and trial method review

Product Definition · Printing Process

What Is Digital Printing Paste?

Digital printing paste, also called digital printing thickener, is a textile printing auxiliary used to prepare or adjust pretreatment and paste systems for inkjet textile printing. The correct product route depends on the ink system, fabric, printing process and required trial result.

Role in Digital Textile Printing

Depending on the formulation and printing route, digital printing paste can support textile pretreatment, paste body, moisture control and surface performance before inkjet printing. It should be selected according to the actual reactive, disperse or pigment printing system.

Performance Factors Buyers Should Evaluate

Buyers should review paste smoothness, rheology, stability, dissolution or dispersion behavior, filtration suitability, fabric compatibility, print edge definition, bleeding control and final color performance under production conditions.

Compare DP-R, DP-D and DP-P by Printing Route

DP-R is evaluated for reactive inkjet printing, DP-D for disperse inkjet printing and DP-P for pigment inkjet printing. Compare dosage direction, pH window, preparation method, fabric and ink compatibility, pretreatment conditions and actual print trial results.

FSX Chemical digital printing paste sample and textile print trial Digital Printing Paste · Lab Trial
Pretreatment Route Paste Rheology Print Trial

Application Routes · Ink and Fabric Matching

Digital Printing Paste Routes for Reactive, Disperse and Pigment Printing

Select a starting product route according to the ink system, fabric, pretreatment process and expected printing result before comparing DP-R, DP-D and DP-P through laboratory and production trials.

FSX Chemical DP-R reactive digital printing paste trial on cotton fabric
DP-R · Reactive Route

Reactive Digital Printing

For reactive inkjet printing trials on cotton, viscose, lyocell, modal, silk and other suitable fibre systems.

Ink System
Reactive ink
Trial Focus
Paste stability, print definition and color result
Suggested starting route: DP-R
FSX Chemical DP-D disperse digital printing paste trial on polyester fabric
DP-D · Disperse Route

Disperse Digital Printing

For disperse inkjet printing on polyester and suitable polyester-blend fabrics under matched pretreatment and fixation conditions.

Ink System
Disperse ink
Trial Focus
Dispersion, filtration and process compatibility
Suggested starting route: DP-D
FSX Chemical DP-P pigment digital printing paste trial on textile fabric
DP-P · Pigment Route

Pigment Digital Printing

For pigment inkjet printing where print definition, binder compatibility, curing conditions, fastness and fabric hand feel must be balanced.

Ink System
Pigment ink
Trial Focus
Fastness, hand feel and binder compatibility
Suggested starting route: DP-P
FSX Chemical comparison of a current digital printing paste sample and trial data
Current Paste Matching

Compare Your Current Digital Printing Paste

For buyers reviewing a current paste sample or TDS together with viscosity conditions, dosage, preparation method, ink system, fabric and print result.

Buyer Input
Current sample, TDS and process conditions
Trial Goal
Comparable DP-R, DP-D or DP-P direction
Suggested starting route: Sample matching
Not sure which digital printing paste route fits your process? Review the technical comparison below, or send your current paste sample or TDS, ink system, fabric and trial conditions for product route matching.

Technical Comparison · DP Series

DP-R, DP-D and DP-P Digital Printing Paste Comparison

Compare ink route, product form, reference data, pH, dosage and trial use before selecting a digital printing paste sample.

How to use this table: Select by ink system first: DP-R for reactive, DP-D for disperse and DP-P for pigment printing trials. DP-R shows reference viscosity, while DP-D and DP-P focus on dosage and process compatibility, so the figures should not be compared directly.
Route Ink System Product Form Key Parameter pH / Dosage Recommended Trial Use Action
DP-R Reactive route Reactive inkjet White to beige powder Reference viscosity: 2,400–2,800 mPa·s.
3.0% aqueous solution at 25°C
pH 7–9
25–30 g per 1,000 g paste
For cotton, viscose, lyocell, modal, silk and wool. Confirm pretreatment, ink compatibility and final print result. DP-R TDS
DP-D Disperse route Disperse inkjet Yellowish viscous liquid Trial focus: dispersion, filtration and process stability. pH 4–6
Typical dosage: 40–80 g/L
For polyester and suitable blends. Confirm dosage, pretreatment, fixation conditions and final print result. DP-D TDS
DP-P Pigment route Pigment inkjet Yellowish viscous liquid Trial focus: ink and binder compatibility, curing and rubbing fastness. pH 4–6
Typical dosage: 40–80 g/L
For pigment printing where print sharpness, color fastness and fabric hand feel must be balanced. DP-P TDS

Need help selecting a digital printing paste route?

Send your current TDS or sample, ink system, fabric and trial target. FSX Chemical can recommend a DP-R, DP-D or DP-P starting route for laboratory and production validation.

Route Selection · Three-Step Review

How to Choose a Digital Printing Paste Route

Select the ink route first, then verify the fabric, dosage, pH and print performance through sample testing under actual process conditions.

01

Match the Ink System

Use DP-R as the starting route for reactive inkjet printing, DP-D for disperse inkjet printing and DP-P for pigment inkjet printing.

02

Confirm Fabric and Process Conditions

Record the fabric, dosage, pH, paste preparation, filtration, equipment, drying and fixation conditions used in the trial.

03

Validate Paste and Print Results

Compare paste smoothness and stability, then assess print definition, bleeding, color result, fastness and hand feel before bulk purchasing.

Need help selecting a starting route? Send your current TDS or sample details, ink system, fabric, dosage, pH and trial target. FSX Chemical can suggest a DP-R, DP-D or DP-P direction for validation.
Start Sample Matching

Current Product Comparison · Sample Support

Digital Printing Paste Sample Matching

Send your current product data or sample, ink system, fabric and trial conditions. FSX Chemical can review the process and suggest a DP-R, DP-D or DP-P starting route for laboratory testing.

Information for Matching

Share Your Current Product and Process Conditions

Matching should be based on product data, test methods and actual printing conditions—not only the product name or one viscosity value.

01

Current Product

Share the current sample, TDS, product form and viscosity test method.

02

Ink and Fabric

Confirm the reactive, disperse or pigment ink route and fabric type.

03

Process Conditions

Provide dosage, pH, preparation, filtration, drying and fixation data.

04

Target Result

State the required stability, print definition, fastness, hand feel or cost target.

Factory / Lab / QC Proof

Factory, Lab and QC Proof

Use real production, testing, document and packing images to verify digital printing paste supply capability before sample evaluation.

FSX Chemical digital printing paste manufacturer with warehouse sample review and batch QC support

Sample Matching & Batch QC

FSX Chemical digital printing paste factory production and warehouse supply support

Factory Production

FSX Chemical digital printing paste lab verification with sample testing and technical record review

Lab Verification

FSX Chemical digital printing paste batch QC with TDS sample and COA support

Batch QC & COA

FSX Chemical digital printing paste export packing warehouse inspection and shipment preparation

Export Packing

Product FAQ · Technical Selection

Digital Printing Paste FAQs for Textile Printing Buyers

Review common questions about product routes, trial conditions, sample matching and technical documents before purchasing.

01 What is digital printing paste used for?
Digital printing paste, also called digital printing thickener, is used in textile pretreatment or paste systems to control rheology, paste stability, fabric surface behavior, print definition and bleeding. Its role depends on the ink, fabric and printing route.
02 How do I choose DP-R, DP-D or DP-P?
Start with the ink system. DP-R is the starting route for reactive inkjet trials, DP-D for disperse inkjet trials and DP-P for pigment inkjet trials. Confirm the final choice through testing with the actual fabric, dosage, pH and process conditions.
03 Can FSX Chemical match my current digital printing paste?
Yes. Send your current sample or TDS, test method, dosage, pH, ink system, fabric and production conditions. FSX Chemical can compare the information and suggest a DP-R, DP-D or DP-P trial direction for validation.
04 What information should I provide before sample testing?
Provide the ink system, fabric, current product form, dosage, pH, preparation method, filtration conditions, drying or fixation process, equipment and the print result you want to improve.
05 Can you provide TDS, SDS and Batch COA?
TDS and SDS are available for product evaluation and safety review. A Batch COA is normally provided for the confirmed production batch after the order and product specification have been finalized.
06 Can I select a digital printing paste by viscosity or dosage alone?
No. Viscosity and dosage are only part of the evaluation. Buyers should also compare ink and fabric compatibility, preparation behavior, filtration, paste stability, print definition, fastness, hand feel and the final production result.