Seeing a perfect design peel off after just one wash can be incredibly frustrating. In direct-to-film (DTF) printing, this is typically caused by specific technical variables in the production process.

However, by mastering your curing temperature and application technique, you can ensure that your transfers remain vibrant and intact through dozens of laundry cycles. Here are seven professional solutions to improve wash fastness and durability:

As we head into 2026, the choice between UV Flatbed and UV DTF (Direct-to-Film) printing has become a strategic decision based on your product range and production volume. While both use UV-curable inks, their workflows and physical limitations serve very different business needs.

While many print shops invest in hardware for flat substrates, the ability to print on items like ping-pong balls offers a unique market edge. This article breaks down the technical workflow, economic benefits, and production efficiency of direct-to-sphere UV printing.

The "white ink problem" is the single most common cause of downtime in the Direct-to-Film (DTF) industry. If you have ever experienced "thin" white layers, color shifting, or the dreaded $1,000 printhead replacement, you have likely fallen victim to White Ink Sedimentation.

To achieve a perfect cure in UV printing, you aren't just "drying" ink; you are triggering a photochemical reaction. Unlike water-based inks, which dry through evaporation, UV inks remain liquid until exposed to specific wavelengths of UV-LED light, instantly converting liquid monomers into a solid polymer chain.

Here is the technical breakdown of how to achieve a perfect cure across different materials without the use of tables.

In UV printing, choosing between hard ink and soft ink is critical for the durability of your product.Using the wrong ink can lead to cracking on flexible items or peeling on rigid ones. The difference lies in the elongation properties of the ink after it has been cured by UV light.