Heat transfer coating

The water-based silicone release coating with peeling performance on PET film for textile heat sublimation transfer printing (DTF) is a high-performance functional release coating formulated from polydimethylsiloxane and its modified derivatives, combined with emulsifiers and other additives via advanced emulsification technology. This release coating exhibits excellent substrate adhesion on PET film while maintaining outstanding solvent resistance, enabling clean and effortless tearing during transfer printing. As a critical waterborne release coating designed specifically for DTF workflows, it forms a uniform, crosslinked non-stick surface with extremely low surface energy and strong chemical inertness, ensuring reliable release performance even under demanding processing conditions. Unlike solvent-based counterparts, this environmentally friendly release coating significantly reduces volatile organic compound (VOC) emissions, supporting global trends toward sustainability and operational safety. Its core functionality lies in delivering consistent peeling performance on PET film, making it an indispensable material for modern textile heat sublimation transfer printing applications.

The water-based silicone release coating with solvent resistance for DTF is a high-performance functional coating primarily composed of polydimethylsiloxane and its modified derivatives, combined with emulsifiers and other additives through advanced emulsification processes. As a critical auxiliary material for DTF printing and molding processes, it forms a uniform, crosslinked non-stick surface on various substrates, characterized by extremely low surface energy and strong chemical inertness. Unlike solvent-based alternatives, this water-based formulation significantly reduces volatile organic compound emissions, aligning with global demands for environmental sustainability and safety. Its core function lies in providing reliable release performance while maintaining exceptional resistance to solvents, making it an indispensable material in modern DTF manufacturing workflows.