Standard Grade Heat Transfer Ink | Reliable All-Purpose Sublimation Ink
Features
Stable Quality for Worry-Free Production
High Fluidity, Clogging-Free: Features finely ground pigment particles that ensure smooth and stable printing, significantly reducing the risk of printer nozzle clogging and maintenance costs, and supporting long-duration continuous production.
Excellent Compatibility: Optimized for mainstream piezoelectric inkjet printers (e.g., Epson, Mutoh, Mimaki) and Continuous Ink Supply Systems (CISS), ready to use upon installation with strong adaptability.
Exceptional Color for Outstanding Products
High Color Saturation & Accuracy: Produces patterns with vibrant, rich colors and smooth gradients after transfer, accurately reproducing original designs for visually striking finished products that command a premium.
High Transfer Rate: Ensures complete sublimation with minimal residue on transfer paper, resulting in sharp, clear patterns and contributing to reduced ink consumption.
Durable & Fade-Resistant for Customer Confidence
Superior Color Fastness: Finished products exhibit excellent color fastness to washing (4-5 grade), rubbing, and perspiration, resisting fading and bleeding even after multiple washes, ensuring enduring quality.
Strong Weather Resistance (Highlight if applicable): Ideal for outdoor products (e.g., flags, cycling wear), offering high lightfastness to maintain color vibrancy under prolonged UV exposure.
Safe & Eco-Friendly for Unrestricted Sales
Suitable Fabrics
| Fabric Category |
Specific Types |
Compatibility Notes |
| Primary / Ideal Fabrics |
Polyester fiber (polyester) |
The most suitable fabric. Ink sublimates into the fibers under high heat, resulting in vibrant and durable colors. Higher polyester content yields better results (generally recommended above 60%). |
| (No coating needed, optimal results) |
| |
Nylon |
Good compatibility, one of the most commonly used options besides polyester. |
| |
Acrylic, Triacetate, etc. |
Other synthetic fibers that are also applicable. |
Conditionally Applicable Fabrics
(Require special pre-treatment) |
Blended fabrics (e.g., Polyester-Cotton) |
Results depend on polyester content. Lower polyester content leads to reduced color vibrancy and fastness. |
| |
Cotton, Silk, Modal, etc. |
Can be printed via transfer after applying a specialized polymer coating, but the process is more complex. |
Incompatible Fabrics
(Cannot be used directly with standard process) |
100% Cotton, Linen, Wool |
Cannot be used directly with standard sublimation. The molecular structure of these natural fibers cannot "trap" the sublimated dyes, preventing proper color fixation. |
FAQs
The most frequent problems encountered when using heat transfer (sublimation) ink typically occur across three stages: printing, transfer, and final product outcome. The table below summarizes these issues, their potential causes, and troubleshooting directions.
| Stage |
Common Issue |
Potential Causes / Symptoms |
Resolution / Troubleshooting Direction |
| Printing Stage |
Nozzle Clogging |
Oversized ink particles (e.g., >0.3 microns), sedimentation, prolonged printer idle time. |
Use high-quality ink, perform regular maintenance, and follow proper cleaning procedures. |
| Printing Interruption / Ink Dropout |
Malfunction of the secondary ink cartridge, air bubbles in the tubing, insufficient ink supply, damaged printhead. |
Check the ink supply system, purge air bubbles from tubes, ensure ambient temperature is suitable (e.g., 5-33°C). |
| Color Deviation (Color Difference) |
Failure to use the correct ICC color profile, leading to mismatched color representation between the ink and the medium. |
Create or apply dedicated ICC profiles for specific media (fabrics, papers). |
| Ink Mist / Fly-Misting |
Printhead height too high, improper voltage settings, poor ink compatibility, static electricity on the material. |
Adjust printhead height (e.g., 1.5-2mm) and voltage, ensure proper machine grounding, eliminate static. |
| Transfer Stage |
Blurry Transfer, Residual Ink |
ImproperTemperature, Time, or Pressure. Low temp/short time leads to incomplete sublimation; low pressure causes blurriness; excessive pressure can damage fabric. |
Strictly optimize the three key transfer parameters (temp typically 180-230°C, time 10-30 sec), ensure tight contact between paper and fabric. |
| Transfer Paper Bleeding |
Poorink absorbency and moisture balance of the sublimation transfer paper, causing ink to spread. |
Use high-quality sublimation paper with good compatibility for your ink. |
| Final Product Stage |
Poor Color Fastness |
Poor wash/rub fastness: Dye not fully fixed. Poor lightfastness: Dye molecules break down under UV. Thermal migration: Dye migrates after post-heating. |
Ensure complete transfer/fixation; select high-lightfastness ink for outdoor use; avoid high-temperature storage. |
| Dull Colors, Low Accuracy |
Inherent ink quality issues or incomplete transfer. |
Use high-performance ink; optimize transfer process. |
| White Cracking on Stretch Fabric / Color Migration on Sensitive Fabric |
Poor ink penetration on stretch fabric reveals white base when stretched. Dye sublimation from certain fabrics (e.g., synthetics) contaminates prints under heat. |
Adjust process for stretch fabrics; ensure compatibility between fabric and dye/ink. |
