Electrospining Machine: Application of Electrospun Nanofbers Technology to Garment Fabrics

What are Electrospun nanofibres for garment fabrics?

Garment fabrics using Electrospun Nanofbers are fibrous materials prepared using electrospinnig machine technology for the manufacture of garments and textiles. These Electrospun Nanofbers have a high specific surface area and film-like structure, as well as good softness and breathability. Therefore, they are widely used in apparel fabrics.

What are the requirements for the use of Electrospun Nanofbers in apparel fabrics?

1.Comfort :

Electrospun nanofibres should have good breathability and comfort to make the wearer feel comfortable.

2.Strength and durability:

Elect rospun nanofibres should have sufficient strength and durability to ensure the longevity and abrasion resistance of the garment.

3.Anti-bacterial properties: 

Electrospun nanofibres can have anti-bacterial and anti-fungal properties, which help to keep the garment clean and hygienic.

4.Moisture absorption and perspiration: 

Electrospun nanofibres should have good moisture absorption and perspiration performance, which helps to keep the wearer dry and comfortable.

What are the techniques used to prepare garment fabrics using Electrospun Nanofbers?

There are more methods to prepare nanofibres for garment fabrics, including meltblown, self-assembly, gas phase deposition, and electrostatic spinning technology. Among them, the nanofibres prepared by Industrial Electrospinning machine production Line, Needle-Based Industrial Electrospinning machine, Scale-up Electrospinning machine have small diameter, large specific surface area, high bending stiffness and high quality. The fibres have small diameter, large specific surface area and low bending stiffness, and the resulting fabrics have excellent wearing properties such as dense, soft, waterproof and breathable.

Electrospun Nanofbers have a wide range of applications in the field of apparel and textiles, and can create clothing products with superior performance and comfort

Original link: https://doi.org/10.1021/acsami.0c05333