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Innovative application of TPU film in the field of airbags
​In the current era of continuous development in materials science, thermoplastic polyurethane (TPU) films have shown broad application prospects in the field of airbags due to their excellent performance, bringing new breakthroughs to safety protection and performance improvement in various industries.
2025-04-17
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Innovative application of TPU film in the field of airbags

    In the current era of continuous development in materials science, thermoplastic polyurethane (TPU) films have shown broad application prospects in the field of airbags due to their excellent performance, bringing new breakthroughs to safety protection and performance improvement in various industries.

    TPU film has excellent flexibility and high tensile strength. Taking the products of the TPU TPU film manufacturer as an example, their TPU airbag film can remain intact even under extreme conditions and is not easily broken, providing extraordinary durability and safety for airbags. In the field of automotive safety, safety airbags made of TPU film can quickly inflate at the moment of vehicle collision, providing effective protection for passengers and reducing collision injuries and personnel mortality. At the same time, the wear resistance and tear resistance of TPU material enable the airbag to withstand the friction and tension in daily use, extending its service life.

    In the field of healthcare, the high elasticity and wear resistance of TPU airbag film make it an ideal material. Medical devices such as medical airbags and mattresses use TPU airbag film, which not only improves patient comfort but also enhances the service life of the mattress.

    In terms of sports protection, the high elasticity and lightweight characteristics of TPU film are highly favored. The application of TPU airbag film in protective equipment such as ski helmets, bicycle helmets, wrist guards, and shin guards provides athletes with reliable safety protection and reduces the risk of injury.

    The aerospace industry has extremely high requirements for material performance. TPU film is widely used in aerospace equipment due to its shock absorption, noise reduction, waterproof and other characteristics, greatly improving the performance and reliability of the equipment.

    In addition, TPU film also plays an important role in the industrial field. The arms of industrial robots and moving parts of automation equipment are protected with TPU airbag film, effectively reducing equipment wear and failure rates.

    With the continuous improvement of production and manufacturing processes, the performance and quality of TPU films are constantly improving. In the future, the application of TPU film in the field of airbags will be more extensive, bringing more innovation and breakthroughs to various industries, and providing safer and more reliable guarantees for people's production and life.

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TPU hot melt adhesive film vs anaerobic adhesive: "Scene flexibility" difference in automotive interior bonding
2025-09-11
​From the perspective of curing conditions, TPU hot melt adhesive film does not need to rely on special environments, while anaerobic adhesives are severely restricted by "auerobicity". The curing principle of anaerobic glue is to undergo polymerization under conditions of lack of oxygen and catalyzed by metal ions (such as iron and copper). If it is in an environment where air circulation or metal substrates are not available, the curing speed will be greatly slowed down or even unable to cure. In automotive interiors, most bonding scenarios are "open" (such as bonding the door panel skin to PP substrate, and the ceiling fabric to the sponge), the air can freely contact the bonding surface, and the substrate is mostly non-metallic (PP, ABS, fabric, etc.), lacking metal ion catalysis, and additional catalyst is required when using anaerobic glue, and the curing time is as long as several hours, which is difficult to meet the needs of industrial production. The TPU hot melt adhesive film only needs to be melted by heating (120-160℃) and can be cured after pressurization and cooling. It does not need to rely on the ambient oxygen concentration or the base material. It can be cured stably in open or closed bonding scenarios, and the curing time only takes a few dozen seconds to a few minutes, adapting to the fast-paced needs of the interior production line.
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