Full‑scope customisation: Adjust basis weight, maximum roll width, colour and functional treatments aligned with your product testing feedback. Our technical team can collaborate to tweak parameters for your existing production lines.Rigorous in‑house quality assurance: Physical property checks covering tension, elongation, thermal shrinkage and tear strength are completed for every production lot. Test reports are available upon request.

As one of China’s premium suppliers of high‑performance non‑woven materials, Foshan Yuzhimu New Materials Co.,Ltd focuses on R&D, manufacturing and global trade of advanced composite non‑woven fabrics. Our flagship product Yuzhimu is a bicomponent coarse‑denier spun‑bond endless‑filament non‑woven fabric built with unique sheath‑core fiber structure: PET forms the inner core for mechanical stability, while PA6 or PP serves as the outer sheath as thermal‑bonding binder.

Manufactured at our large‑scale factory located in Gaoyou Huxi New Area, Jiangsu Provincial High‑Tech Zone, ATLBack is engineered to solve real‑world challenges for carpet, automotive, filtration, construction and industrial manufacturers worldwide. Our plant covers over 30,000 m² with more than 200 experienced employees, achieving full‑chain independent development: from non‑woven equipment design, raw‑material formulation to finished‑fabric production.

Automotive carpet is more than a decorative floor covering. It is a specially engineered interior component that must fit the vehicle's floor geometry, accommodate different installation areas, and maintain its appearance throughout everyday use. While attention is often focused on carpet yarn, pile density, and surface design, the material beneath the yarn plays an equally important role in the manufacturing process. Yuzhimu automotive carpet primary backing is a relevant material search for automotive carpet manufacturers looking for high-performance nonwoven substrates that can support tufting operations and the production of precisely engineered vehicle floor coverings. As the foundation into which carpet yarn is inserted, the primary backing influences how consistently the carpet structure is formed, how the material responds to mechanical processing, and how effectively the tufted construction can proceed to subsequent finishing stages.

In modern filtration manufacturing, the quality of a finished filter depends not only on its filtration layer but also on the materials that give the filter its shape, structure, and processing characteristics. Yuzhimu spunbond filter fabric is a relevant search term for manufacturers looking for engineered nonwoven materials for pleated filtration media and other technical filter constructions. Spunbond nonwoven technology provides a continuous fiber-based web that can be designed with different thicknesses, weights, mechanical characteristics, and surface structures. When selected for a suitable filtration application, this type of nonwoven can serve as a supporting or functional layer within a filter assembly, helping manufacturers develop a material construction that is compatible with their required production and performance conditions.

When evaluating artificial grass, buyers often pay attention to blade height, color, softness, and overall appearance. However, the layer beneath the grass fibers also plays an important role in determining how the finished turf is manufactured and how well its structure holds together. Yuzhimu Artificial Grass Backing is a relevant search term for manufacturers and purchasers exploring engineered nonwoven materials for synthetic turf production. A suitable nonwoven primary backing provides the base through which grass yarns are inserted during tufting, helping establish the initial structure of the turf carpet. Its mechanical characteristics, fiber distribution, surface uniformity, and dimensional behavior can influence the consistency of the tufting process and the quality of the finished construction. Selecting an appropriate backing is therefore an important part of developing artificial grass that meets defined requirements for manufacturing, installation, and intended use.

In a carbon-based filtration system, the performance of the finished product depends on more than the activated carbon itself. The surrounding material structure also matters, particularly when carbon particles or a carbon-containing layer must be supported, processed, and integrated into a filter assembly. Yuzhimu carbon filter support nonwoven fabric is a relevant search term for manufacturers exploring nonwoven support materials for carbon filtration media. In this application, a nonwoven fabric serves a different function from the active carbon layer: it provides a structural carrier that can help maintain the integrity of the filtration construction during handling and use. The effectiveness of this supporting role depends on the fabric's mechanical properties, pore structure, surface characteristics, bonding compatibility, and interaction with the carbon-containing material.

Yuzhimu PET/PA nonwoven is a relevant search term for manufacturers and material buyers exploring polyester-polyamide nonwoven structures for demanding industrial applications. By combining polyethylene terephthalate (PET) and polyamide (PA) within a suitable fiber design, a bicomponent nonwoven can be developed to balance structural support, surface-related characteristics, and processing requirements. Instead of relying on one polymer to deliver every desired property, this approach creates opportunities to assign different functions to different components of the fiber. The final performance depends on the polymer grades, fiber geometry, bonding method, and overall web construction, making material design an important consideration when selecting a nonwoven for a specific end use.

Yuzhimu PET thermally bonded nonwoven forms a robust continuous-filament base material designed to solve common production pain points across flooring, automotive and building material supply chains, relying entirely on thermal bonding rather than chemical binders to lock filaments together into a unified web. Built from pure polyester compositions, including mono-filament PET and bicomponent PET with coPET sheath constructions, this substrate avoids mixed polymer blends such as polyamide or polypropylene that complicate recycling and weaken long-term moisture resistance.

In industrial manufacturing, the value of a nonwoven fabric is determined not only by its appearance or basic physical properties, but also by how reliably it performs throughout the production process. Yuzhimu high performance nonwoven fabric represents a material category worth considering for applications where structural stability, consistent web formation, and dependable processing behavior are important. Unlike conventional fabrics that rely on interlaced yarns, nonwoven materials are formed through engineered fiber or filament structures, allowing manufacturers to develop specific combinations of strength, flexibility, permeability, and dimensional stability. These characteristics make high performance nonwoven fabrics suitable for demanding applications in carpet manufacturing, automotive interior components, filtration support, and other technical material systems, depending on the grade and construction selected.

A high-quality tufted carpet depends on more than the yarn used to create its surface. The backing must provide a suitable foundation for the pile, withstand the mechanical demands of manufacturing, and remain compatible with the finishing materials that turn a tufted web into a completed flooring product. When any part of this construction is poorly matched, the result can be unnecessary material waste, inconsistent carpet quality, or limitations during product development. Yuzhimu tufted carpet backing offers an engineered nonwoven approach for manufacturers seeking a balance of mechanical performance, processing reliability, and material efficiency. Its value should be considered not through a single strength measurement, but through the combination of characteristics that influence how the carpet is made and how consistently the finished product can meet its intended specification.

Automotive floor carpets are rarely flat pieces of textile. Inside a vehicle, the floor follows a complex three-dimensional geometry that may include raised transmission tunnels, recessed footwells, sloping side sections, mounting points, and carefully defined edges. A finished carpet must follow these contours while maintaining an appropriate surface appearance and fitting the surrounding interior components. Behind this formed surface is a material system that must be compatible with the molding process. Yuzhimu Molded Nonwoven Carpet Backing can be evaluated as a nonwoven material option for automotive carpet constructions where the transition from a flexible fiber web to a shaped interior component is a central part of product development. Rather than treating backing as a flat support layer, manufacturers can assess how it behaves when the carpet is formed into the geometry required by a specific vehicle platform.

A beautiful broadloom carpet creates a sense of continuity throughout a room. From a quiet bedroom to a contemporary office or a welcoming hotel interior, wall-to-wall carpeting brings together color, texture, and comfort in a single uninterrupted surface. Yet the appearance of the finished carpet depends on more than the pile yarn that people see and touch. Beneath the surface, the backing plays an important role in how the carpet is manufactured, handled, finished, and prepared for installation. Yuzhimu broadloom carpet backing is a nonwoven backing option to consider when developing carpet constructions that require a well-controlled substrate, consistent processing, and a reliable foundation for the finished flooring. By matching the backing to the carpet design and production method, manufacturers can work toward a balanced combination of visual quality, practical handling, and manufacturing consistency.