1.80X300m 80gr
Imperial Paper
Descripción
Description
It features a surface coating that helps transfer the ink to the textile in a higher percentage.
PRESENTATION
1.80 x 300 meters - 80 gr
- DESCRIPTION Sublimation papers are designed to transfer images printed with sublimation inks onto polymer-coated surfaces or polyester fabrics, through the combined action of heat and pressure.
Related Products
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60X100mPRESENTATION 60 x 100 meters
- TRANSPARENCY AND RIGIDITY
Allows you to see the printed design with complete clarity.
Maintains its shape and prevents deformation during printing. - SPECIALIZED COATING
Surface treated to absorb ink evenly and prevent bleeding.
Compatible with DTF inks. - CONTROLLED FLEXIBILITY
Flexible enough to handle, yet firm enough to maintain registration and design alignment.
Compatible with any conventional DTF system. - TYPICAL APPLICATIONS
Textile transfers: T-shirts, backpacks, caps, uniforms, etc. - GENERAL PRESSING TIPS
Always use protective paper between the design and the heat press to prevent burns or marks.
Maintain even pressure for consistent transfers.
Adjust the press according to the actual temperature of the fabric, not only the machine's setting.
Let it cool before removing the film.
Do quick tests before large productions to ensure color accuracy and adhesion.
Request a quote - TRANSPARENCY AND RIGIDITY
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0.61x50m 80grPRESENTATION 0.61 x 50 meters - 80 gr
- DESCRIPTION Sublimation papers are designed to transfer images printed with sublimation inks onto polymer-coated surfaces or polyester fabrics, through the combined action of heat and pressure.
Request a quote -
1.10x100m 70gr
PRESENTATION
1.10 x 100 meters - Mass Coating-
DESCRIPTION
Sublimation papers are designed to transfer images printed with sublimation inks onto polymer-coated surfaces or polyester fabrics, through the combined action of heat and pressure.
Request a quote -
-
1.60X200m 60gr
PRESENTATION
1.60 x 200 meters - 60 gr-
DESCRIPTION
Sublimation papers are designed to transfer images printed with sublimation inks onto polymer-coated surfaces or polyester fabrics, through the combined action of heat and pressure.
Request a quote -
