As the automotive industry's requirements for interior safety, durability and environmental protection continue to increase, upgrading of raw materials has become a core trend in the industry. With its dual core advantages, flame-retardant + wear-resistant polyester staple fiber has broken through the limitations of traditional interior materials and has been widely used in the interiors of many mainstream models, becoming one of the key materials for interior upgrades.
In the interior upgrade project of a joint venture brand compact car, the traditional seat fabrics were made of ordinary fibers, which had problems with substandard flame retardancy and easy pilling and wear after long-term use. The project team selected a blend of flame-retardant modified polyester staple fiber and cotton fiber to make the seat fabric. After testing, the flame-retardant grade of the fabric reached the GB 8410-2019 automotive interior material combustion characteristics standard. It self-extinguished within 3 seconds after the open flame was ignited, and there was no melting and dripping phenomenon. At the same time, after 100,000 friction tests, the surface of the fabric showed no obvious pilling or damage, and its wear resistance was improved by more than 40% compared with traditional fabrics, significantly extending the service life of the seat.
In another door panel lining upgrade project for commercial vehicles, non-woven fabrics made of flame-retardant + wear-resistant polyester staple fibers were used to replace traditional needle-punched cotton. This material not only has good flame retardant effects and can effectively reduce vehicle fire hazards, but its excellent wear resistance can also resist friction loss during daily getting on and off the vehicle. In addition, the polyester staple fiber is recyclable, which is in line with the trend of environmental protection and emission reduction in the automotive industry. It is estimated that the recycling rate of interior materials in a single vehicle can be increased by approximately 15%.
The core reason why flame-retardant + wear-resistant polyester staple fiber has become the first choice for car interior upgrades is that it uses a special modification process to strengthen the flame-retardant and wear-resistant properties while retaining the advantages of light weight and easy processing of polyester fiber, while meeting the low VOC (volatile organic compounds) requirements of car interiors. Currently, in addition to seat fabrics and door panel linings, this material is also widely used in car ceiling filling, carpet base and other scenarios, providing an efficient solution for upgrading the safety and durability of car interiors.
As the automotive industry's requirements for interior safety, durability and environmental protection continue to increase, upgrading of raw materials has become a core trend in the industry. With its dual core advantages, flame-retardant + wear-resistant polyester staple fiber has broken through the limitations of traditional interior materials and has been widely used in the interiors of many mainstream models, becoming one of the key materials for interior upgrades.
In the interior upgrade project of a joint venture brand compact car, the traditional seat fabrics were made of ordinary fibers, which had problems with substandard flame retardancy and easy pilling and wear after long-term use. The project team selected a blend of flame-retardant modified polyester staple fiber and cotton fiber to make the seat fabric. After testing, the flame-retardant grade of the fabric reached the GB 8410-2019 automotive interior material combustion characteristics standard. It self-extinguished within 3 seconds after the open flame was ignited, and there was no melting and dripping phenomenon. At the same time, after 100,000 friction tests, the surface of the fabric showed no obvious pilling or damage, and its wear resistance was improved by more than 40% compared with traditional fabrics, significantly extending the service life of the seat.
In another door panel lining upgrade project for commercial vehicles, non-woven fabrics made of flame-retardant + wear-resistant polyester staple fibers were used to replace traditional needle-punched cotton. This material not only has good flame retardant effects and can effectively reduce vehicle fire hazards, but its excellent wear resistance can also resist friction loss during daily getting on and off the vehicle. In addition, the polyester staple fiber is recyclable, which is in line with the trend of environmental protection and emission reduction in the automotive industry. It is estimated that the recycling rate of interior materials in a single vehicle can be increased by approximately 15%.
The core reason why flame-retardant + wear-resistant polyester staple fiber has become the first choice for car interior upgrades is that it uses a special modification process to strengthen the flame-retardant and wear-resistant properties while retaining the advantages of light weight and easy processing of polyester fiber, while meeting the low VOC (volatile organic compounds) requirements of car interiors. Currently, in addition to seat fabrics and door panel linings, this material is also widely used in car ceiling filling, carpet base and other scenarios, providing an efficient solution for upgrading the safety and durability of car interiors.
