polyurethane dispersion manufacturer

In the ever-evolving digital age, traditional culture and art are integrating with modern technology in an unprecedented manner, shining brightly.​ Among them, DTF Heat Transfer Film, as a brilliant new star under this integration trend, not only inherits the essence of traditional craftsmanship but also achieves a dual leap in personalized customization and efficient production with the help of modern digital printing technology. It has become a new favorite in various fields such as decorative art, fashion design, and home soft furnishings.​ The Artistic Charm of DTF Heat Transfer Film​ DTF Heat Transfer Film is a new and efficient printing process. It refers to a printing technology where the desired pattern is first printed on a special PET heat transfer film using a white ink heat transfer machine, followed by powder application and drying, and finally the pattern is transferred from the transfer film to the surface of the substrate (such as fabric, leather, etc.) using a heat press.​ Whether it is an exquisite landscape painting or a vivid cartoon image, white ink heat transfer can present them with extremely high restoration and precision, dazzling people.​ Technology Empowers Infinite Innovation​ Traditional hand-painting or printing methods are often limited by factors such as cost, efficiency, and precision. In contrast, white ink heat transfer technology cleverly integrates modern digital printing technology, realizing a seamless connection from design to production.​ Designers only need to complete the pattern design on the computer, and through professional direct to film printing equipment, the design can be accurately transferred to various materials such as fabric, leather, and PVC. This greatly shortens the production cycle, reduces costs, and ensures the stability and consistency of product quality. ​ Personalized Customization Leading the Trend​ In this era of pursuing individuality, white ink heat transfer meets consumers' demand for uniqueness and customization with its unique technological advantages.​ Whether it is a personalized T-shirt, a fashionable bag, or an artistic home accessory, a one-of-a-kind design can be achieved through white ink heat transfer technology. This personalized customization service model not only enriches the market supply but also stimulates consumers' purchasing desire, promoting the vigorous development of related industries. ​Environmental Protection and Energy Conservation for a Green Future​ It is worth mentioning that while pursuing efficiency and beauty, white ink textile heat transfer technology also takes into account the concepts of environmental protection and energy conservation.​ Compared with traditional printing methods, white ink heat transfer technology reduces the use of chemical solvents and lowers environmental pollution. At the same time, its efficient production process also reduces energy consumption, which is in line with the requirements of sustainable development and provides strong support for the green transformation of the industry.​ In summary, as a model of the combination of traditional craftsmanship and modern technology, DTF Heat Transfer Film is leading new trends in various industries with its unique artistic charm, efficient production capacity, and personalized customization services.​ To learn more about white ink heat transfer, welcome to follow us!

Introduction​ Waterborne polyurethane dispersion(PUD) have emerged as pivotal materials in modern industrial production, favored for their environmental friendliness and versatile performance. Among them, the waterborne PUD discussed herein stands out with its exceptional film-forming elasticity, reliable adhesion, and broad applicability, making it a preferred choice across multiple fields.​ Core Performance Advantages​ This waterborne PUD is characterized by outstanding flexibility and elastic performance, which endow the formed film with excellent resilience—enabling it to recover quickly after being subjected to external forces without permanent deformation. Meanwhile, it exhibits strong adhesion on a variety of substrates, ensuring stable bonding and long-term performance retention in different application scenarios. The product appears as a bluish liquid, with a solid content of 40±1%, a pH value ranging from 7.0 to 9.0 (measured at 25°C), and a viscosity of less than 800 mPa·s (tested by Brookfield at 25°C), presenting favorable processing properties for subsequent production operations.​ Versatile Application Fields​ Thanks to its comprehensive performance, this waterborne PUD has found wide application in multiple key fields. In the paper plastic-substitute sector, it serves as an ideal material for manufacturing environmentally friendly paper-based products that replace traditional plastics, contributing to reduced plastic pollution. Additionally, it performs excellently in the leather industry, where it enhances the softness and durability of leather products. It is also suitable for the textile field, providing functional modifications to textiles to improve their comfort and performance. Its versatility allows it to meet the diverse requirements of different industrial sectors. ​ Storage and Handling Guidelines​ To maintain the product's stable performance, proper storage and handling are essential. When stored in intact original packaging, the product remains stable for 6 months at 20°C after delivery. The recommended storage temperature range is 5°C to 30°C. Freezing or exposure to temperatures exceeding 30°C may adversely affect the product's viscosity and average particle size, potentially leading to sedimentation or coagulation. Moreover, contamination by bacteria, fungi, or algae can cause irreversible damage to the product, so strict hygiene control during storage and use is necessary.​ Conclusion​ This waterborne polyurethane dispersion excels with its excellent film formation elasticity, reliable adhesion, and favorable physical and chemical properties. Its wide applicability across paper plastic-substitute, leather, textile, and other fields highlights its strong practical value in industrial production. By adhering to the recommended storage and handling requirements, users can ensure the product maintains its optimal performance, making it a trustworthy and efficient material choice for enterprises pursuing high-quality and environmentally friendly production solutions.