Regarding carpet backing, Yuzhimu's products address many pain points in the industry. Traditional carpet backing has deficiencies in strength, durability, and anti-deformation ability, affecting the overall quality and service life of carpets. Through technological innovation, Yuzhimu produces carpet backing with high strength, good wear resistance, and anti-deformation ability, which can effectively support the carpet surface layer, keeping it flat during long-term use and not prone to wrinkling or deformation. Additionally, this carpet backing has a high degree of adhesion to the surface layer material, ensuring that the surface layer and the backing of the carpet do not easily separate during use, improving the overall quality and stability of the carpet.
High-performance filter support nonwovens, an essential material in industrial production, have extremely strict performance requirements. Yuzhimu's high-performance filter support nonwovens significantly improve product performance through a unique structural design. This nonwoven includes an upper skeleton layer and a lower skeleton layer. An enhancing mechanism to improve the support capacity of the nonwoven is set on the upper skeleton layer. For example, circular reinforcing ribs are fixedly installed between the upper skeleton layer and the lower skeleton layer and are set at the center. At the same time, arc-shaped convex bands protrude on the upper skeleton layer and the lower skeleton layer, and an arc-shaped sealing band is set at the position of the circular reinforcing ribs at the edge for wrapping. In addition, cross-shaped reinforcing wires are set between the circular reinforcing ribs for connection. An installation buckle is fixedly installed at the cross center point of the reinforcing wires, and a rectangular strip is fixedly installed on the upper surface of the installation buckle. The rectangular strip is attached to the upper surface of the upper skeleton layer and has the same length as the width of the upper skeleton layer and the lower skeleton layer. The upper skeleton layer is formed by combining an outer upper tightening layer and an inner first inner layer, and the lower skeleton layer is formed by combining an outer lower tightening layer and an inner second inner layer. Through such a design, this filter support nonwoven has higher overall strength. During filtration, it can effectively prevent the deformation of the central part due to fluid impact, ensuring the stability and durability of the filtration effect.
Advanced and Unique Technological Processes
The Yuzhimu boasts one-step and two-step processes, with significant technological advantages. The one-step process directly melts plastic particle slices, spins, fully orientates and stretches, and sets them in one go. This process has many outstanding advantages. The produced fibers have high strength, enabling nonwoven products to maintain good integrity under external forces such as stretching and tearing and are not easily broken. The fabric surface has good uniformity, ensuring the consistency of product quality and performance. Whether used in large areas or for subsequent processing, the stability of the effect can be guaranteed. At the same time, the one-step process has high production efficiency, greatly shortening the production cycle, reducing production costs, and enhancing the company's competitiveness in the market. It also makes Yuzhimu's nonwoven products more price-competitive, enabling the company to provide customers with cost-effective products.
The two-step process plays an important role in producing some nonwoven products with special requirements. Through fine control of the production process, it can achieve precise adjustment of fiber structure and performance, meeting the diverse needs of different customers for nonwoven products in terms of function, hand feel, appearance, and other aspects.
Exceptional Product Characteristics
High Strength and Stability
Taking high-performance filter support nonwovens as an example, through the setting of circular reinforcing ribs, reinforcing wires, and other structures, the strength and compressive capacity of nonwovens are greatly improved. During actual filtration, it can effectively resist the impact of fluids, prevent the deformation of the central part, and ensure the stability of the filtration effect. Even in long-term and high-pressure working environments, it can still maintain good performance, is not easily damaged, and extends the service life.
Other Characteristics
Long fiber nonwoven molding materials have the characteristics of high structural strength, good noise absorption effect, and light weight, making them suitable for use as automotive parts such as automotive underbody shields. They can not only meet the strength requirements of automotive parts but also play a role in sound insulation and noise reduction. At the same time, they reduce the overall weight of the vehicle, contributing to improving the fuel economy of the vehicle.