1、【中文】一种耐高温可印花涂层用聚氨酯肤感树脂及其制备
【中文】本发明涉及一种耐高温可印花涂层用聚氨酯肤感树脂，由以下配比的组分组成：有机硅改性聚氨酯树脂40‑50重量份、耐210‑220℃的聚氨酯树脂16‑20重量份、弹性树脂10‑15重量份、消光粉2‑3.5重量份、蜡片0.3‑0.45重量份、改性硅酮1‑1.5重量份、流平剂0.1‑0.3重量份、二甲基甲酰胺8‑15重量份和甲苯8‑15重量份。 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。
2、What is Matte Skin
Matte skin-feel resin is a type of polymer material processed through special formulations or technologies. Its main characteristics are a low-gloss (matte) surface and a delicate texture similar to the touch of human skin.
3、Fluorosilicone Modified Special Modified Acrylate UV Resin Is Suitable
WD2444 is a fluorine silicon modified special modified acrylic ester. This resin has excellent properties It has excellent stain resistance, scratch resistance, and water boiling resistance, as well as excellent leveling and fullness. 20KG net weight iron bucket and 200KG net weight iron bucket.
4、Lencolo 5001 Skin feel soft touch additive silicone polymers uv resin
Lencolo 5001 is a special organosilicon modified polymer with excellent elasticity and hand resistance, which improves the fleshy and soft touch of the paint film, and the paint film is not white.
China Skin Feel Resin, Skin Feel Resin Wholesale, Manufacturers, Price
China Skin Feel Resin wholesale - Select 2025 high quality Skin Feel Resin products in best price from certified Chinese manufacturers, suppliers, wholesalers and factory on Made-in-China.com
TYFS
TYFS-1001 is a modified polyurethane dispersion, the use of high-quality raw materials combined with my company’s unique patented technology developed, the product has a strong self-matting ability, can effectively reduce the cost of zero-degree skin feel paint, while fast drying, good adhesion, high fullness, giving the film a strong sense ...
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.
Heat Resistance of Waterborne Skin
The heat resistance of waterborne skin-feel resins is a critical performance indicator in practical applications (such as coatings, films, electronic products, automotive interiors, etc.), directly affecting their stability, mechanical properties, and appearance under high-temperature environments.
Modified Acrylate UV Resin Is Suitable for PVC Edge Banding Skin
WD6053 is a modified acrylate, which has good yellowing resistance, a fast reaction speed and is applicable to the skin-feel paint cured by excimer. It has good yellowing resistance, a rapid reaction speed and a fine and smooth feel after excimer curing.
Lencolo 5001 Skin Feel Soft Touch and Good Compatibility Additive for
Lencolo 5001 Skin Feel Soft Touch and Good Compatibility Additive for Elastic Paint and Rubber Paint
Driven by modern technology, the field of materials science is undergoing transformative changes. Among these advancements, modified skin-feelr resin, as a novel polymer material, has garnered widespread attention due to its unique tactile properties and superior performance. This article provides an in-depth exploration of the definition, classification, preparation methods, application areas, and development trends of modified skin-feel resin, aiming to offer readers a comprehensive and insightful understanding.
1. Definition and Classification
Modified skin-feel resin is a new type of polymer material derived from conventional resins through chemical or physical modifications. While retaining the fundamental properties of resins, such as mechanical strength, chemical stability, and electrical insulation, it acquires distinctive tactile and surface characteristics via the addition of specific modifiers. Based on modification approaches, modified skin-feel resins are primarily divided into two categories: thermoplastic modified skin-feel resin and thermosetting modified skin-feel resin.
2. Preparation Methods
The synthesis of modified skin-feel resin involves diverse techniques, including:
- Blending Method: Mixing modifiers with the resin matrix to create a uniform composite. Simple and efficient, this method may impact mechanical properties.
- Filling Method: Incorporating fillers (e.g., glass fibers, carbon fibers) to enhance strength and heat resistance.
- Graft Copolymerization: Introducing modifiers into the resin’s molecular chains to produce functionalized composites.
3. Application Areas
Owing to its exceptional properties, modified skin-feel resin is extensively used across industries:
- Electronics: For circuit boards, printed circuit boards (PCBs), and components.
- Automotive: As interior trim materials offering both comfort and aesthetic appeal.
- Construction: In flooring, wall panels, and decorative surfaces.
- Medical: For medical catheters, surgical instruments, and implants.
- Others: Packaging materials, sports equipment, toys, and more.
4. Development Trends
With growing technological demands and societal needs, the future of modified skin-feel resin focuses on:
- Eco-Friendly Innovations: Developing low-pollution, biodegradable resins to align with sustainability goals.
- Performance Enhancement: Improving temperature resistance, impact resistance, and wear resistance for demanding applications.
- Functionalization: Integrating self-cleaning, antibacterial, or conductive properties through advanced modifiers.
- Smart Materials: Leveraging nanotechnology and bioengineering to create resins with intelligent responsiveness for wearables and smart medical devices.
As an emerging material, modified skin-feel resin stands at the forefront of materials science research. With ongoing technological innovation, it holds promise to revolutionize diverse fields, contributing significantly to human progress.
