EN 
BN 
ES 
TR 
FR 
ID 
RU 
AR 
UR Textile Printing Chemical Applications
Explore how FSX Chemical supports reactive, disperse, pigment, and digital textile printing with CMC, CMS, Sodium Alginate, Digital Printing Paste, and matched thickener systems.
Choose the Right Thickener Route for Your Printing Process
Compare CMC, CMS, sodium alginate and digital printing paste routes by printing process, dye or ink system, fabric type and target paste performance. Open the relevant application page or send your current sample or TDS for route matching.
CMC Applications
Review CMC when viscosity control, hydration, paste stability or formulation compatibility is the main concern. This route covers textile printing paste and selected industrial formulations using a cellulose-based thickener.
- Typical Focus
- Viscosity and formulation stability
- Product Route
- Carboxymethyl Cellulose
- Starting Point
- Application, viscosity target or TDS
CMS Applications
Review CMS for reactive, disperse and selected specialty printing systems where cost-performance, paste stability and production adaptability need to be balanced through controlled trials.
- Typical Focus
- Cost-performance and process adaptability
- Product Route
- Carboxymethyl Starch
- Starting Point
- Printing process, dye system and fabric
Sodium Alginate Applications
Review sodium alginate for reactive dye printing on cotton, viscose and other suitable cellulose-based fabrics where print sharpness, clean wash-off and stable paste behavior are important.
- Typical Focus
- Print sharpness and clean wash-off
- Product Route
- Sodium Alginate
- Starting Point
- Dye system, fabric and viscosity target
Digital Printing Applications
Review this route for reactive, disperse and pigment inkjet printing where pretreatment, ink and fabric compatibility, penetration, fixation and print definition must be validated.
- Typical Focus
- Ink, fabric and process compatibility
- Product Route
- Digital Printing Paste
- Starting Point
- Ink system, fabric and equipment
Send your current sample or TDS, dye or ink system, fabric type, target viscosity and production issue. FSX Chemical can compare the available routes and suggest a starting sample for laboratory or production trials.
Select a Thickener Route by Textile Printing Process
Reactive, disperse, digital, vat, discharge and pigment printing require different paste properties. Compare the recommended starting routes below, then confirm the final product through matched trials.
Reactive Dye Printing
For reactive printing on cotton, viscose, lyocell and suitable cellulosic blends, review wash-off, print definition, color yield and paste stability. Sodium alginate is the main starting route, while CMS may be tested for selected cost-performance requirements.
Disperse Printing
For polyester and suitable blends, disperse printing requires stable paste behavior, clear pattern definition and compatibility with the selected fixation process. A CMS disperse route can be evaluated under the mill’s actual production conditions.
Digital Textile Printing
Start with the ink system. DP-R is evaluated for reactive inkjet, DP-D for disperse inkjet and DP-P for pigment inkjet printing. Confirm the route by fabric, pretreatment, equipment, fixation conditions and final print performance.
Vat and Discharge Printing
Vat, discharge and selected burn-out or devoré printing require compatibility with reducing agents, alkali and processing temperature. CMS H5 or another matched route should be confirmed with the complete formulation and fabric conditions.
Pigment Printing
Conventional pigment printing requires compatibility between the thickener, pigment and binder system, together with suitable screen performance, curing, hand feel and rubbing fastness. For pigment inkjet printing, review the DP-P route.
Send your current sample or TDS, printing method, dye or ink system, fabric, viscosity target and process conditions. FSX Chemical can recommend a practical starting route for controlled trials.
Select a Thickener Route by Printing Process
Reactive, disperse, digital, vat, discharge and pigment printing require different paste properties. Use this guide to identify a starting route, then confirm the final grade through matched trials.
Reactive Dye Printing
Reactive printing on cotton, viscose, lyocell and suitable cellulosic blends requires clean wash-off, print definition, color yield and stable paste behavior.
Dye system, fibre, viscosity and wash-off target
Disperse Printing
Disperse printing on polyester and suitable blends requires stable paste behavior, clear pattern definition and compatibility with the selected fixation process.
Fabric, dye system, paste stability and fixation
Digital Textile Printing
Select the digital printing paste route by ink system, fabric, pretreatment method, equipment and required print performance.
Ink system, fabric, pretreatment and equipment
Vat and Discharge Printing
Vat, discharge and selected burn-out or devoré printing require paste stability under reducing agents, alkali and process temperature.
Reducing agent, alkali, fabric and temperature
Pigment Printing
Pigment printing requires compatibility between the thickener, pigment and binder system, together with suitable curing, hand feel and rubbing fastness.
Printing method, binder, fabric and curing target
Send your current sample or TDS, printing method, dye or ink system, fabric, viscosity target and process conditions. FSX Chemical can recommend a starting route for controlled trials.
How FSX Matches a Thickener to Your Printing Process
Share your printing method, fabric, dye or ink system, target viscosity and current production issue. FSX Chemical can review the available information and suggest a suitable starting route for sample testing.
Define the Printing Conditions
Tell us the printing process, fabric, dye or ink system, viscosity target and main issue, such as paste stability, wash-off, print sharpness, penetration or hand feel.
Process · Fabric · Target
Share a Sample or Reference
A current sample, TDS, grade name, viscosity test condition or paste preparation method gives us a useful reference for comparing the next trial direction.
Sample · TDS · Test Data
Review the Relevant Product Routes
FSX reviews the relevant CMC, CMS, sodium alginate, digital printing paste or matched thickener route against your application and testing target.
Product · Process · Compatibility
Test the Suggested Starting Grade
FSX suggests a starting grade or sample direction for laboratory or production trials. The final selection is confirmed from your viscosity, stability and print results.
Sample · Trial · FeedbackSend Your Product Requirement
Share the product name, application, quantity, destination and any TDS, sample photo or document you already have. FSX Chemical will review the information and recommend the next step for quotation, sample matching or product selection.
