Epson C13S400082 transferový papier

Transfer Paper Epson C13S400082 is a general-purpose dye-sublimation transfer paper developed to complement the SureColor SC-F500 printer and Epson UltraChrome DS inks. Designed for decorative ink transfer to hard substrates and polyester-based textiles, this roll paper is suitable for producing printed phone covers, mugs, mouse mats, t-shirts and cushions. The product is made in Japan and supplied as a single roll with a 5.08 cm core diameter.

Advantages

The paper features a quick-dry coating to reduce drying time and increase throughput. Long-length roll format and available A3/A4 widths enable longer continuous print runs compared with sheets, making it economical for low-to-medium production volumes. A high ink transfer level ensures consistent image reproduction while helping to reduce ink consumption. As part of Epson's solution ecosystem, this paper is designed to work with Epson printers, inks and software for reliable end-to-end performance.

Suitable for

• Decorative transfers onto hard substrates (mugs, phone covers, mouse mats)
• Dye-sublimation printing on polyester-based textiles (t-shirts, cushions)
• Low-to-medium volume production runs and sample production

Key specifications

• Brand: Epson
• Model / MPN: C13S400082
• EAN: 8715946673967
• Core diameter: 5.08 cm
• Format: roll (A3/A4 widths available for longer runs)
• Origin: Made in Japan

How to use

Load the roll into a compatible dye-sublimation printer such as the SureColor SC-F500. Print using Epson UltraChrome DS inks and mirror the image if required for transfer. After printing, allow the quick-dry coating to set briefly, then perform heat transfer onto the target substrate following your press or mug-press manufacturer’s temperature, pressure and time settings. Use appropriate transfer masks or adhesives for shaped or small objects.

Recommendations

For best results use with Epson UltraChrome DS inks and the SureColor SC-F500; test settings on a sample substrate to optimise transfer parameters for temperature, pressure and dwell time before full production.