Asahi Kasei Advance Debuts High-Performance Nonwovens and Fiber Innovations at Techtextil 2026, Highlighting Safer, Sustainable Technical Textile Solutions for Global Industrial Markets 05-03-2026
Asahi Kasei Advance Debuts High-Performance Nonwovens and Fiber Innovations at Techtextil 2026
Asahi Kasei Advance is preparing to make its first appearance at Techtextil 2026, the world’s leading exhibition for technical textiles and nonwoven materials, taking place from April 21 to April 24 in Frankfurt, Germany. The company will showcase an extensive portfolio of high-performance nonwovens, flame-retardant fabrics, and advanced fiber technologies designed to support industrial safety, sustainability, and efficiency across multiple sectors.
At booth C35 in Hall 12.1, Asahi Kasei Advance will present 14 specialized brands that highlight its expertise in advanced textile engineering. Among them, four key materials—LASTAN™, Cubit™, Bemliese™, and ELTAS™—will demonstrate how modern technical textiles and nonwoven materials are evolving to meet the demands of industries ranging from automotive and healthcare to electronics, hygiene, and industrial manufacturing.
The exhibition marks a strategic opportunity for the company to strengthen its presence in the global technical textiles and nonwoven materials market while introducing innovative materials that emphasize safety, recyclability, and functional performance.
Techtextil 2026: A Global Platform for Technical Textile Innovation
Techtextil is widely recognized as the premier global event dedicated to technical textiles and nonwoven materials, attracting manufacturers, researchers, and technology leaders from across the world. The event provides a platform for companies to showcase new material solutions designed to address modern industrial challenges, including sustainability, durability, and regulatory compliance.
By participating in Techtextil for the first time, Asahi Kasei Advance aims to demonstrate its advanced material capabilities and engage with global partners seeking high-performance technical textiles and nonwoven materials for demanding applications.
The company’s exhibition will highlight how innovative fiber engineering can contribute to safer workplaces, more sustainable production systems, and improved product performance.
LASTAN™: Flame-Retardant Protection for Industrial Safety
One of the key materials featured at the exhibition is LASTAN™, a non-mineral flame-retardant fabric developed using a specialized acrylic fiber. The material is produced through an air-baking process at temperatures between 200°C and 300°C, resulting in a fabric with exceptional flame resistance.
LASTAN™ achieves a limited oxygen index (LOI) of 47.5 to 50, indicating a high level of fire resistance compared with conventional textile materials. This property makes the fabric particularly valuable in environments where protection against heat and sparks is essential.
In addition to its flame-retardant characteristics, LASTAN™ provides excellent electrical insulation and features a specialized coating that disperses sparks generated during welding or cutting processes. This capability significantly reduces the risk of ignition when exposed to hot particles or venting gases.
Because of these characteristics, LASTAN™ has been widely used in industrial safety equipment and protective applications where technical textiles and nonwoven materials must provide both durability and protection.
Cubit™: Recyclable 3D Warp-Knitted Fabric for Comfort and Durability
Another highlight at the exhibition is Cubit™, a three-dimensional warp-knitted fabric designed for applications requiring strength, breathability, and ergonomic support.
The structure of Cubit™ features PET surfaces on both the front and back, connected by specialized threads made from materials such as PTT, PET, or nylon. This innovative configuration creates a resilient fabric with excellent airflow and cushioning properties.
A particularly important innovation is the all-PET monomaterial version, which allows the product to be more easily recycled. This design provides an alternative to polyurethane foam commonly used in cushioning materials.
As a result, Cubit™ is increasingly considered a sustainable solution in industries including:
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Healthcare equipment
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Automotive interiors
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Furniture manufacturing
By replacing conventional foam with recyclable technical textiles and nonwoven materials, manufacturers can improve both product performance and environmental sustainability.
Bemliese™: Biodegradable Nonwoven Material for Hygiene and Precision Cleaning
The company will also showcase Bemliese™, a unique cellulose continuous-filament nonwoven sheet derived from cotton linter. This innovative material offers exceptional softness and flexibility when moistened, allowing it to drape smoothly over surfaces without causing abrasion.
Bemliese™ is particularly valued for its excellent moisture absorption and retention, making it highly suitable for hygienic and cosmetic applications such as facial masks and skincare products.
When dry, the material produces minimal lint and leaves almost no scratches or chemical residues. This property makes it ideal for sensitive environments where contamination must be minimized, including:
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Medical facilities
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Laboratories
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Precision manufacturing environments
The sustainability credentials of Bemliese™ further strengthen its market appeal. The material has received certification from TÜV AUSTRIA Belgium NV, confirming its biodegradability in soil, freshwater, and marine environments. It is also suitable for both industrial and home composting.
As global industries search for eco-friendly alternatives, biodegradable technical textiles and nonwoven materials like Bemliese™ are gaining increasing attention.
ELTAS™: Binder-Free Nonwoven Technology for Multiple Industries
The fourth key product being highlighted is ELTAS™, a versatile spunbond nonwoven material designed without chemical binders.
Available in polyamide, polyester, and polypropylene versions, ELTAS™ fabrics offer uniform filament structure, strong edge stability, and excellent air permeability. These characteristics make the material suitable for ultra-thin and lightweight applications.
Because the webs are binder-free, the fabrics maintain consistent performance while enabling high flexibility in manufacturing.
ELTAS™ materials are used across a wide range of applications, including:
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Hygiene and personal care products
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Household and consumer goods
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Automotive components
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Filtration systems
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Agricultural materials
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Construction and housing products
Additional specialized uses include tea bag manufacturing and cable wrapping solutions, demonstrating the versatility of modern technical textiles and nonwoven materials.
Expanding Innovation in Technical Textiles
Beyond the four highlighted materials, Asahi Kasei Advance will present ten additional advanced material solutions at its booth. Together, these innovations demonstrate the company’s commitment to developing technical textiles and nonwoven materials that combine performance, sustainability, and safety.
The increasing demand for advanced textile technologies reflects a broader shift in global manufacturing. Industries are seeking materials that can deliver higher performance while meeting stricter environmental and safety standards.
Through its debut at Techtextil 2026, Asahi Kasei Advance aims to position itself as a key contributor to the next generation of technical textiles and nonwoven materials, offering solutions that address both industrial needs and sustainability challenges.
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