Environmental protection and functionality: yellow/blue/white PP PE film nonwovens

PP (polypropylene) and PE (polyethylene) film nonwovens are nonwoven materials that use nonwoven technology to combine fibers mechanically or chemically, and then cover them with a film to increase the strength and protective properties of the product. Such materials are usually used in situations that require high strength, water resistance, antibacterial properties and environmental protection, and are widely used in medical and health, industrial protection, cleaning supplies and other fields.

Colorful design and application
The emergence of yellow/blue/white film nonwovens not only provides more options in terms of functionality, but also makes it more aesthetically pleasing in certain applications due to its unique color. For example, the hospital field may tend to use blue and white to better display a clean and hygienic environment; while yellow is often used in industrial occasions and has a higher visual warning effect.

Main advantages
Improve visual recognition: By providing a variety of color film layers, this material can help improve the visibility of the product, especially in complex and urgent environments such as medical and health, construction sites, etc.

Enhanced protection: The composite material of PP and PE film makes the nonwoven fabric excellent in waterproof, oil-proof, antibacterial and other aspects, and is suitable for various harsh environments.

Environmental protection: Both PP and PE are environmentally friendly materials with good recyclability. Compared with traditional plastics and textiles, this kind of film nonwoven fabric material is more in line with the concept of sustainable development.

Lightweight and durable: This type of nonwoven fabric is lighter than traditional textiles, but at the same time it has high durability and can withstand strong physical stress.

High cost-effectiveness: Compared with traditional fabrics, the production cost of PP PE film nonwoven fabrics is lower, and because of its lightness and versatility, it can help reduce overall packaging and transportation costs.