Aramid spunlace nonwoven fabric
Product Introduction:
It has extremely high mechanical strength, is wear-resistant and tear-resistant, and can withstand high temperatures of 200-260℃ for a long time and above 500℃ for a short period. It does not burn or melt and drip when exposed to fire, and does not produce toxic smoke when burning. Relying on the spunlace process, it is soft and fluffy in texture, easy to cut and process, and can also be combined with other materials.
The application focuses on high-demand scenarios: such as the outer layer of fire suits and racing suits, protective gloves, shoe materials, as well as aerospace interiors, flame-retardant wrapping layers of automotive wiring harnesses, and heat insulation pads for electronic devices, etc. It is a key material in high-end protection and industrial fields.
YDL Nonwovens specializes in the production of aramid spunlace nonwoven fabric. Customized weight, width and thickness are available
The following are the characteristics and application fields of aramid spunlace nonwoven fabric
I. Core Features
Superior mechanical properties: Inheriting the essence of aramid fibers, its tensile strength is 5 to 6 times that of steel wires of the same weight. It is also wear-resistant, tear-resistant, and not prone to damage even after long-term use, capable of withstanding certain external impacts.
Excellent high-temperature resistance and flame retardancy: It can operate stably in an environment of 200-260℃ for a long time and withstand temperatures above 500℃ for a short period. It does not burn or melt and drip when exposed to fire. It only carbonizes slowly and does not release toxic smoke during combustion, demonstrating outstanding safety.
Soft and easy to process: The spunlace process makes its texture fluffy, fine and soft to the touch, getting rid of the stiffness of traditional aramid materials. It is easy to cut and sew, and can also be combined with cotton, polyester and other materials to meet various processing needs.
Stable weather resistance: Resistant to acids and alkalis, and aging. In complex environments such as humidity and chemical corrosion, its performance does not decline easily, with a long service life. Moreover, it does not absorb moisture or mold.
II. Main Application Fields
High-end protection field: Making the outer layer of fire suits and forest fireproof suits to resist high temperatures and flames; Produce cut-resistant gloves and industrial protective clothing to protect against mechanical scratches and high-temperature burns. It is also used as the inner lining of military and police tactical equipment to enhance durability.
In the fields of transportation and aerospace: As flame-retardant wrapping layers for automotive and high-speed rail wiring harnesses, reinforcing materials for brake pads, and flame-retardant linings for aircraft interiors, it meets strict fire protection and mechanical requirements, ensuring travel safety.
In the electronics and industrial fields: It is used as an insulating pad for electronic devices (such as mobile phones and computers) to prevent components from being damaged by high temperatures. Produce high-temperature filter bags to filter high-temperature smoke and dust in the metallurgical and chemical industries, taking into account both heat resistance and durability.
