#INDEX 23

2023-04-13

Kelheim Fibres to present bio-based hygiene solutions at INDEX

Absorbent hygiene products such as diapers, sanitary pads, and incontinence products are an integral part of our daily lives. However, most of these products contain synthetic components and contribute to the global plastic waste problem. The search for alternatives is becoming increasingly urgent. The catch is that only innovations that offer the same performance and reliability as conventional products can be successful in the market. After all, no one wants to compromise in such a sensitive area as personal hygiene.

Kelheim Fibres is currently working on various development projects to design fully biobased AHP (absorbent hygiene product) concepts that do not compromise on performance. In this area, the company continues to focus on its wood-based specialty fibres, which the tampon industry has trusted for decades. However, the requirements for AHP products differ, as each layer must fulfil a specific function.

To meet these requirements, Kelheim Fibres has developed a range of functionalized specialty fibres, including hydrophobic Olea, trilobal Galaxy®, and the hollow fibre Bramante. These specialty fibres ensure optimal results in every layer of the AHP product.

All of Kelheim’s fibres are manufactured from 100% wood pulp derived from certified and sustainably managed forests. They are fully biodegradable – microorganisms in soil and seawater ensure that no residues remain.

“As pioneers in our industry, we do not limit ourselves to producing innovative fibres,” says Dr. Crnoja-Cosic, Director of New Business Development at Kelheim Fibres. “Together with our partners we develop holistic concepts that cover the entire value chain. Through this collaboration based on the Open Innovation principle, products are created that take into account the real needs of customers and are thought through from beginning to end, so they can be quickly ramped up to a commercial scale.”

A current example of such a partner project is the development of a completely bio-based panty liner with the nonwovens manufacturer Sandler and the hygiene products manufacturer pelzGROUP, which is due to be launched on the market shortly.

In addition to new projects in the field of biobased disposable and reusable solutions, Kelheim will also present its tried and tested fibres at the fair, for example for tampons or flushable wipes. The Kelheim Fibres team is looking forward to your visit at booth 2415 at INDEX.

Kelheim Fibres GmbH informs about the closure of operations

The management of Kelheim Fibres GmbH informs that business operations will be terminated as of 31 March 2026. A continuation of the company beyond this date is not possible. The investor and sales process conducted within the framework of the self-administration did not lead to a positive outcome. The potential strategic investor who most recently entered the process has withdrawn from a potential investment at short notice.

Kelheim Fibres GmbH: Strategic Realignment and Acquisition by LEO III Fund

Kelheim Fibres GmbH has signed a notarial purchase agreement with Munich-based financial investor LEO III Fonds, exclusively advised by DUBAG Group, as part of its ongoing self-administered insolvency proceedings. The signing took place on November 5, 2025, with the completion of the transaction scheduled for January 1, 2026.

Kelheim Fibres on track for the future

Kelheim Fibres GmbH, a global leader in specialty viscose fibre solutions, has successfully completed an internal restructuring and sharpened its focus on core product segments following its October 2024 insolvency filing. This has enabled the company to return to a sustainable business model, with a firm commitment to continue on this path.

SAHM Winding Solutions and Vandewiele Automation present integrated automation solution for winding processes

For the first time at the Techtextil trade fair in Frankfurt am Main, Germany (21 - 26 April), SAHM Winding Solutions (Hallo 12.0. / Booth 95) and Vandewiele Automation will be showcasing their combined automation expertise for industrial winding processes. Under the motto “Combining Automation. Maximizing Flow”, the two companies will demonstrate how automated package handling and robot-assisted yarn knotting can be integrated into a continuous production flow.

UNIFI celebrates recycled and circular Innovation with ninth annual REPREVE® Champions of Sustainability Awards

Unifi, Inc. (NYSE: UFI), the makers of REPREVE® and one of the world’s leading innovators in recycled and synthetic yarns, today announced the winners of its ninth annual REPREVE Champions of Sustainability Awards, recognizing brands and mills that are advancing circularity and responsible manufacturing across the global textile industry.

Teijin Frontier announces new Stretch Polyester yarn offering exceptional compatibility with high-performance Polyester materials

Teijin Frontier Co., Ltd. announced today that it has developed a new stretch polyester yarn that offers new opportunities to create comfortable, all- polyester fabrics for sports and outdoor wear. The new polyester yarn demonstrates exceptional compatibility with high-performance polyester materials. Further, Teijin Frontier’s proprietary polymer design and spinning technology impart excellent elasticity to the new yarn. In turn, this yarn adds stretchability and recovery to the advanced functionality and excellent texture of high-performance polyester materials.

Lenzing commissions 14 MW power‑to‑heat facility, strengthening grid stability and heat management

The Lenzing Group has successfully commissioned a new power‑to‑heat (P2H) facility with an electrical capacity of 14 megawatts. The installation converts renewable electricity directly into process heat, is fully integrated into the existing heat network at the industrial site, and represents a key building block for a fossil‑free heat supply. As project partner, VERBUND was responsible for the energy‑market integration and will operate the facility for balancing energy marketing, enabling it to respond flexibly to short‑term fluctuations in the power grid.