Grade F86SM1/DTF is for printing textile transfer with a DTF Inkjet printer. This is 1 other side antistatic coated. Matte release coating comprises 2 layers. Base layer is release layer and top layer is inkjet ink receptive coating. Ink Receptive coating is functional not only in printing but also effective in wash stability of the image transferred on garment.
F86SM1/DTF is applicable in printing DTF transfers with inkjet printing. The most functional part of DTF Film is inkjet ink receptive layer, this quickly sets or dry liquid inkjet ink in printing. It opens up the color vibrancy to its fullest. Coating helps in glitch free Hot Melt powder application, it is heat stable, In transfer application it releases smoothly from base layer & bonds with the ink layer which serves as a protective layer through out its life cycle.

Embrace sustainability with DTF transfers—a paradigm shift towards environmentally conscious printing. Reduce your carbon footprint with eco-friendly inks and minimal waste. DTF technology minimizes water consumption and opens doors to recycling and repurposing initiatives.

By opting for DTF transfers, you not only create stunning prints but also contribute to a greener future. Embrace eco-conscious printing and make a positive impact on the planet.

Optimize your production process with DTF technology. Save time and boost efficiency with rapid printing speeds and streamlined processes. Bid farewell to intricate color separations and welcome a seamless and stress-free printing experience.

With DTF transfers, meet tight deadlines and handle bulk orders without compromising quality. Revel in the simplicity of a streamlined printing process and elevate your productivity to new heights.

Transforming with our DTF heat transfers? Here’s the magic recipe:

Heat Press Machine: Essential!
Set at 275-300ºF, apply high pressure
Press for 7-10 seconds
Let it cool for 10-15 seconds
Peel off when it’s pleasantly lukewarm
For durability & a matte finish, a second press with kraft paper is your secret sauce!