200 sheets A and B Media: Uninet iColor 2 Step STANDARD Transfer Paper for Uninet icolor Laser Transfer Printers (2 Step Transfer Media for Light and Dark Textiles - A4 (210mm x 297mm) - includes 200 sheets total (100 sheets each A and B paper)

C$294.39
C$376.69
SAVE 22%

Description

Heat Transfer Media for Garments and Textiles - made by Uninet: ICOLOR STANDARD Transfer Paper.

Works with Uninet icolor Transfer Printers (icolor 500, icolor 540, icolor 550, icolor 600, icolor800).

This 2 Step Transfer Media will allow you to transfer weed-free prints from the iColor® series of transfer printers (including white and fluorescent color prints) onto a variety of garments, especially dark fabrics. This media features a transparent transfer sheet, which has a clear protective coating to help increase the life of your transfer and makes it easier to position on your garment. The white adhesive applied as a result of the 2-step process enhances the color of your print, and increases the adhesion to your garment for maximum durability, opacity and vibrancy on your finished product.

This Transfer Media works at a higher temperature as compared to the iColor Premium paper (310°F / 154°C), so some care must be taken when pressing onto some types of synthetic material such as nylon or polyester. Spandex or lycra material is not recommended. Save time, money, and space. No need to purchase a second heat press when using this DuraFirm Universal Transfer Media system. The first and second presses share the same temperature and pressure so you don't have to wait for the press to change temperature. Wash-tested up to 50 washes at 104°F / 40°C, your images will remain durable and vibrant.

Specifications

Item #: ICHTSTDAB550


WARNING: WORK IN A WELL VENTILATED AREA and use Protective Equipment when working with specialty printing and curing products and processes (including DTF, DTG, UV) as fumes may be hazardous. Specialty inks and film require a good humidity and temperature environment ( > 50% humidity, and temp range 70° to 80°F) to minimize risk of ink clogs and film buckling)