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#Raw Materials

Teijin Frontier announces global availability of biodegradable BIOFRONT® PLA resin

Teijin Frontier Co., Ltd., today announced the global availability of its BIOFRONT® polylactic acid (PLA) resin, which biodegrades faster in oceans, rivers and soil compared to conventional PLA products. Incorporation of a novel biodegradation accelerator in the polymer can enhance its decomposition rate without significantly compromising strength, crystallinity or moldability. This resin, named to signify cutting-edge biotechnology, is now fully commercialized in Japan and internationally.
BIOFRONT® resin pellets © 2024 Teijin Frontier
BIOFRONT® resin pellets © 2024 Teijin Frontier


BIOFRONT® resin aligns with Teijin Frontier’s THINK ECOR environmental strategy and joins the company’s wide range of sustainable materials and products. Teijin Frontier plans to continue developing biodegradable materials to help reduce the environmental impact of plastics.

Features and benefits of BIOFRONT® resin

The resin’s biodegradation accelerator promotes hydrolysis and speeds up material consumption and decomposition by bacteria and fungi compared to PLA polymers without additives. BIOFRONT® resin exhibits rapid biodegradation performance even in marine, riverine and soil environments, where there are fewer bacteria and fungi than in high- temperature, high-humidity composting systems. Further, the decomposition period can be controlled by adjusting the loading and incorporation parameters of the accelerator. Accordingly, the decomposition period can be adjusted to the required lifetime.

Another advantage of BIOFRONT® resin is its ability to be processed like conventional PLA polymer resins used in films and injection-molded and extruded products. It can also be used for fibers in textiles and non-woven fabrics.

From the standpoint of sustainability, BIOFRONT® PLA resin is expected to help reduce microplastics, thanks to its accelerated biodegradation rate, and to reduce CO2 emissions during the product lifecycle since it is made from plant-derived raw materials.



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#Man-Made Fibers

Teijin and Asahi Kasei to merge textile subsidiaries into joint venture

Teijin Limited and Asahi Kasei Corporation have signed a definitive agreement to integrate their textile subsidiaries Teijin Frontier Co., Ltd. and Asahi Kasei Advance Corporation. The announcement was approved by Teijin’s Board of Directors on 1 December 2025 and marks a significant consolidation move within Japan’s advanced materials and textile sector.

#Yarn & Fiber

Teijin Frontier develops a next-generation stretch fabric

Teijin Frontier Co., Ltd., announced today that it has developed a next-generation stretch fabric made of an extra-fine three-dimensional structure with randomly sized crimps. The newly developed fabric combines exceptional elasticity with a soft, airy texture and a natural uneven surface that helps make the fabric lightweight while providing quick drying and moisture wicking performance.

#Man-Made Fibers

New high-performance polyester fabric with a natural fiber-like texture and appearance

Teijin Frontier Co., Ltd., announced that it has developed a new high-performance polyester fabric, which combines the elegant appearance and texture of natural fibers made of yarns of random thickness with advanced functionalities such as cool touch, anti-stickiness, quick dry, opacity and ultraviolet (UV) protection.

#Sustainability

Nantong Teijin’s efforts to reduce water usage certified as model activities for supporting the environment in the Yangtze River Delta Region

Teijin Frontier Co., Ltd., announced today that its group company, Nantong Teijin Co., Ltd., has been recognized by China’s Jiangsu Provincial Department of Ecology and Environment for reducing water usage by approximately 300,000 tons/year. Nantong Teijin, which manufactures polyester long-fiber woven and knitted fabrics in Jiangsu Province, independently developed equipment and systems for analyzing, recovering, storing and reusing wastewater from its water-intensive dyeing process.

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#Raw Materials

New study shows low environmental impact by Cotton made in Africa Organic Cotton from Tanzania

Today, the Aid by Trade Foundation (AbTF) is announcing the results of a comprehensive life-cycle analysis (LCA) for cotton produced in Tanzania under the Cotton made in Africa Organic (CmiA Organic) standard. The study emphasises the small ecological footprint of CmiA Organic verified cotton. This can largely be traced back to the absence of synthetic pesticides, artificial fertilisers, and artificial irrigation. Consequently, CmiA Organic cotton can help the textile industry meet regulatory requirements as well as science-based targets. The results also show that the consequences of climate change threaten the livelihoods of these cotton farmers, even though the type of agriculture they practise barely contributes to climate change.

#Raw Materials

Better Cotton Initiative strengthens regenerative focus in standard update

The Better Cotton Initiative (BCI) has strengthened the regenerative focus of its field-level standard with the launch of a new version of its Principles & Criteria (P&C), which marks the next step in the organisation’s journey to becoming a regenerative standards system.

#Raw Materials

Global production expected to decline in 2026/27 as policy shifts and weak demand reshape trade

Early projections for the 2026/27 season indicate that global cotton lint production will decline by 4% to 24.9 million tonnes, while world consumption is expected to remain stable at approximately 25 million tonnes, according to the April 2026 issue of Cotton This Month.

#Raw Materials

Textile Exchange publishes cotton Life Cycle Assessment study to strengthen impact data

Textile Exchange has published the first in a series of seven Life Cycle Assessment (LCA) studies designed to improve the quality and robustness of environmental impact data for raw material production across the fashion, textile, and apparel industry. The first LCA study focuses on cotton and addresses critical data gaps and methodology variability through new high-quality data across key producing countries. The study includes organic, regenerative, recycled, and country averages for conventional cotton production systems, providing a clearer picture of the associated environmental impact.

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#Techtextil 2026

AI, Start-ups, Research: Techtextil and Texprocess bring together players in the textile industry

From start-ups to universities and research institutes: at Techtextil and Texprocess, the world’s leading innovation trade fairs in Frankfurt am Main, exhibitors present future-oriented concepts for the global textile industry. With the international Campus & Research area, a strong participation from start-ups and the latest AI applications for textile processing, both trade fairs showcase current developments in the textile industry. By bringing together innovation, research and application, they enable new partnerships across the textile value chain.

#Techtextil 2026

IVGT joint stand brings innovation and networking to Techtextil 2026

At Techtextil 2026 and the parallel Texprocess 2026, key transformation topics such as artificial intelligence, digitalisation, sustainability, recycling and the circular economy will be reflected across the show. Against this backdrop, the IVGT, together with 16 member companies, will present its joint stand in Hall 12.1 (Stand D62) as a platform for exchange and networking.

#Man-Made Fibers

Indorama Ventures supports Southeast Asia’s textile customers with reliable regional supply and global innovative portfolio

Indorama Ventures, one of the leading global polyester fiber and filament yarn suppliers globally, will participate in Indo Intertex 2026 in Jakarta this April, making its diverse global portfolio available to apparel, home textile, and hygiene customers across Southeast Asia.

#Man-Made Fibers

Selenis and Kintra Fibers partner to scale 100% bio-based synthetic fiber technology

Selenis, a leading global specialty polyester manufacturer, today announced a strategic manufacturing partnership with materials science company Kintra Fibers to scale Kintra’s patented fiber-grade PBS resin - a 100% bio-based and biodegradable material designed for textile applications.

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