Hot melt powder, especially the TPU-based variants, plays a pivotal role in modern textile printing. Whether you're using traditional heat transfer methods or digital heat transfer technology, understanding the differences in powder types, as well as how to assess their quality, is essential to achieving high-quality results. By selecting the right powder and following best practices for application, you can ensure that your prints maintain excellent durability, fastness, and a smooth finish, all while meeting the demands of the textile industry.

Learn the causes of powder sticking to PET film in DTF printing and discover effective solutions. From humidity control to optimizing powder type and printing speed, this guide helps you prevent common issues, ensuring high-quality prints every time. Find expert tips for tackling static electricity, moisture, and powder adhesion in your DTF process.

UV inkjet printing technology has revolutionized the printing industry, offering precise, non-contact printing capabilities that cater to various applications across industries. At the heart of this technology are the inkjet printheads, which play a pivotal role in ensuring high-quality print results. This article will explore the workings of UV inkjet printheads, the different types available, and the key factors that influence their performance and choice for different printing applications.

Learn whether UV printers emit harmful radiation and discover safety tips for using UV printers. Understand the difference between ionizing and non-ionizing radiation, how to manage ozone emissions, and protect your health while printing. Safe practices for UV printing in your workspace.

Explore the differences between UV hard ink and soft ink, their unique features, and applications for printing on rigid and flexible materials. Learn when to choose each type for optimal print results and durability.

Discover how the waveform of a UV printer nozzle influences print quality and UV ink performance. Learn about the effects of ink viscosity, sound speed, and density on waveform design, and how optimizing these parameters can enhance printing precision, speed, and consistency.