Hot air non-woven fabric is a type of non-woven fabric material manufactured through the hot air bonding process, which is an important category within the non-woven fabric family. Its production principle is: after the fibers are carded into a web, hot air from a drying device penetrates the fiber web, causing the fibers to bond upon heating, thus forming hot air non-woven fabric with excellent physical properties.
The production process of hot air non-woven fabric mainly involves using hot air to melt polymer materials, followed by processes like carding and web formation. Compared to traditional textiles, hot air non-woven fabric has unique advantages. Firstly, the production process of hot air non-woven fabric is relatively simple, with high production efficiency. During production, complex weaving or knitting processes are not required; the polymer materials only need to be melted and then formed through mechanical carding and shaping processes. The production speed of hot air non-woven fabric is much higher than that of traditional textiles, capable of meeting the demands for large-scale production.
Compared to traditional textiles, hot air non-woven fabric has many unique advantages, making it widely used in multiple fields.
The manufacturing process of hot air non-woven fabric is simplified, requiring no complex spinning and weaving processes, leading to much higher production efficiency than traditional fabrics.
It enables large-scale rapid production, reducing labor and time costs, and enhancing market supply capability.
Breathability: Due to the uniform fiber arrangement and reasonable pore structure, hot air non-woven fabric possesses good breathability, suitable for products requiring ventilation, such as medical masks and disposable hygiene products.
Filtration: The high specific surface area structure of hot air non-woven fabric endows it with good filtration capabilities, widely used in air purification and liquid filtration fields.
Water Resistance: Through special treatment, hot air non-woven fabric can have certain water resistance, applied to moisture-resistant products like protective clothing and surgical gowns.
Hot air non-woven fabric has a soft texture, comfortable hand feel, and is not prone to pilling, widely used in skin-friendly products such as baby diapers and women's care products.
Its smooth and fine appearance also gives it high market value in fields like household products and clothing linings.
The production process of hot air non-woven fabric does not require a large amount of water and chemicals, reducing pollution and meeting environmental protection requirements.
Discarded hot air non-woven fabric can be recycled and reused, reducing resource waste, making it a sustainable textile material.
In summary, as a new type of non-woven material, hot air non-woven fabric has advantages such as simple production process, high efficiency, excellent performance, and environmental friendliness. Various textile auxiliaries can be used during production to improve its performance and comfort. In the future, with technological advancements and the expansion of application fields, the application prospects of hot air non-woven fabric will be even broader.