1、Principles and Applications of Waterborne Skin

Waterborne skin-feel resin is an environmentally friendly polymer material widely used in coatings, leather, textiles, and other fields to impart a soft, smooth, skin-like tactile sensation to surfaces.

2、【中文】一种耐高温可印花涂层用聚氨酯肤感树脂及其制备

本发明的优点在于：本发明选用高物性的原材料来提高耐温性，做出的产品肤感强烈，印花效果好，能够满足客户对高性能产品的追求，可广泛应用于高档服装、箱包以及伞布面料，其特点是保持面料舒适的肤感效果，同时在高温转移印花时涂层面不粘纸。

3、Soft Feel Material Coatings on the Surface of Plastic Products and

To confirm this hypothesis, we conducted two types of psychophysical experiments using skin-like materials made of polyurethane and human cheeks as stimuli considering the potential...

4、Introduction to Skin

Skin-feel furniture gets its name from its lacquer finish, which feels as smooth and soft as a baby’s skin. In recent years, the skin-feel effect has become one of the “standard features” of furniture, setting a new trend in home fashion.

Soft Feel Material Coatings on the Surface of Plastic Products and

Although there have been some reviews in the literature on the definition, composition, characteristics, and detection methods of soft-feel coatings, the analysis of this field still lacks depth and breadth [4]. As shown in Figure1, this review starts with the functions and application requirements of soft-feel materials.

WATER

Final coating should be close to that of GM standard for soft feel – Type F. This testing will be done using the panel (5 human testers) we have established in the office for soft feel comparisons.

Soft Skin

Skin-feel UV resin provides a unique surface treatment solution for various products through its unique chemical composition and physical properties, especially in situations where special touch and appearance effects are required.

Advantages of Waterborne Skin

Waterborne skin-feel resins offer significant advantages in plastic coating applications, particularly in fields with high demands for tactile sensation and environmental performance, such as automotive interiors, electronic device housings, home appliances, and packaging materials.

Advantages of Waterborne Skin

Waterborne skin-feel resin is a polymer material using water as the dispersion medium, which has gained rapid popularity in recent years in the field of plastic coatings (e.g., 3C electronics, automotive interiors, home appliances, medical devices).

Application Characteristics of Water

The application of water-based matte skin-feel resin on PC and ABS requires targeted solutions to issues such as adhesion, weather resistance, cost, and process compatibility.

In the era of rapid technological advancement, the research and development of new materials have become a critical force driving social progress and economic growth. As a novel material with unique properties, modified skin-feel resins have garnered widespread attention and application in recent years. These materials not only retain the fundamental characteristics of traditional resins but also demonstrate significant improvements in tactile sensation, appearance, and functionality, showcasing immense potential across various fields. This article provides an in-depth exploration of the definition, properties, and applications of modified skin-feel resins, aiming to offer readers a comprehensive and nuanced understanding.

Modified skin-feel resins are high-value-added materials derived from conventional resins through chemical or physical modification. Compared to traditional resins, they exhibit enhanced tactile, aesthetic, and functional qualities. They possess excellent mechanical properties, such as tensile and compressive strength, alongside remarkable wear resistance, chemical corrosion resistance, and weatherability. Additionally, their distinctive tactile features—softness, smoothness, and fine texture—make them highly comfortable for skin contact, reducing irritation and allergenic risks.

The versatile properties of modified skin-feel resins have enabled their widespread use in diverse industries. In furniture manufacturing, these resins are employed to craft surfaces for chairs, tables, beds, and other items. The resulting products combine aesthetic appeal, tactile comfort, and durability (e.g., water resistance and wear resistance), meeting modern consumer demands. In the automotive sector, modified skin-feel resins are extensively used in interior components like seats, steering wheels, and dashboards. These parts not only deliver superior appearance and tactile experience but also enhance corrosion and abrasion resistance, thereby improving vehicle longevity and safety.

Beyond furniture and automotive applications, modified skin-feel resins play pivotal roles in other fields. In electronics, they are utilized to manufacture phone cases, keyboards, and other device surfaces. These products offer stylish designs, comfortable textures, and enhanced durability (e.g., scratch resistance), prolonging the lifespan of electronic devices. In healthcare, modified skin-feel resins are employed in medical instrument production, such as surgical gloves and hospital beds. These items combine aesthetics, tactile comfort, and antimicrobial properties, ensuring patient health and safety.

Despite their broad applications, the potential of modified skin-feel resins remains vast. As technology advances and market demands evolve, ongoing research focuses on enhancing their environmental performance and sustainability to align with global green material requirements. Meanwhile, the development of novel modified skin-feel resins continues to drive innovation in materials science.

As a high-performance material with unique tactile and functional advantages, modified skin-feel resins have demonstrated significant value across industries—from furniture and automotive to electronics and healthcare. With continuous technological progress and shifting market needs, modified skin-feel resins are poised to play an increasingly vital role in future technological revolutions.