#Textile chemistry

2022-09-15

Microban launches Refresh™: a patent-pending odor capture technology that is completely metal free

Microban International is pleased to introduce Refresh™ – its newest, patent-pending, sustainable odor capture technology that is completely metal free. This innovative technology is proven to reduce odors by up to 93% on polyester and polyester-rich blends, even after 30 home launderings.

Microban is the global leader in antimicrobial and odor control technology, and has developed Refresh as part of its ongoing dedication to sustainable textiles manufacturing. This patent-pending formula is designed to address the needs of both manufacturers and consumers, by providing an effective solution to tackle permastink without relying on traditional heavy metal chemistries. Refresh is proven to effectively reduce odors on polyester and polyester-rich blends, including activewear, hunting gear and other apparel. By keeping garments fresher for longer, this technology will allow end-users to enjoy the benefits of washing items less frequently and therefore reduce water consumption and fiber pollution, preventing premature disposal and decreasing landfill loading. It also allows manufacturers to reduce their use of pesticidal chemistries.

Michael Ruby, President at Microban International, explained the importance of this innovation: “Microban is focused on sustainable solutions, and is proud to have developed Refresh, a more environmentally-friendly technology designed to combat the issue of persistent odors on clothing without using any metal-based chemistries. With Refresh, apparel brands and manufacturers across the world can deliver smart textiles that stay fresher for longer, extending their usable lifetime and reducing the mountains of textile waste that end up in landfill each year. Refresh complementsMicroban’s Scentry® and Scentry Revive® technologies perfectly, now providing three world-class bluesign®-listed technologies for apparel brands to specify at the mill level for odor control applications.”

Refresh can be incorporated during the manufacturing processes for polyester and polyester-rich blends products as an easy-to-use and particle-free one-part liquid solution, avoiding any concerns about settlement during storage and mixing. It is fully water soluble and will not negatively impact fabric properties. Dr. Yihong Li, Senior Technical Manager for Textiles at Microban International, elaborated: “Refresh has been meticulously designed to provide effective odor protection that not only contributes to sustainable initiatives, but also seamlessly integrates into polyester textile manufacturing processes. Microban has applied its expertise and extensive technical knowledge to develop this technology to meet industry demands for smarter textile products.”

Refresh is available to apparel brands and manufacturers globally, along with Microban’s support and expertise.

Find out more at:

https://www.microban.com/odor-control/technologies/refresh

Texprocess 2026: Automation, digitalisation and AI redefine textile processing

Making investment decisions in textile processing has become significantly more demanding. Increasing energy costs, a shortage of skilled labour and ongoing geopolitical uncertainties are compelling companies to focus on technologies that deliver clear gains in efficiency and process reliability. This applies equally to apparel manufacturing and to the processing of technical textiles and high-performance materials. As a result, modernisation initiatives are assessed more carefully – even as the need to upgrade production systems continues to intensify.

Techtextil 2026: Between innovation pressure & market reality

From 21 to 24 April 2026, Techtextil in Frankfurt am Main will once again become the central meeting point for the international technical textiles and nonwovens industry. Running in parallel, Texprocess will focus on the industrial implementation of textile processing technologies as the leading platform in this field. Together, the two trade fairs form a closely integrated presentation and working platform along the entire textile value chain – from material development to finished applications.

Between geopolitical pressure and industrial resilience

In this interview, Dr. Janpeter Horn (VDMA) discusses the current challenges facing textile machinery manufacturers, shaped by geopolitical tensions, regulatory developments and subdued investment. He also outlines why innovation strength, integrated solutions and strategic positioning remain key to global competitiveness.

SOKO presents low-impact denim finishing innovations at Denim PV Milan

SOKO will present a range of sustainable denim finishing technologies and collaborative projects at the upcoming Denim Première Vision Milan on 20–21 May in Milan. At booth G27 in Superstudio Più, the company will showcase new chemical solutions designed to combine fashionable denim effects with reduced environmental impact.

SHIMA SEIKI to show complete knitting and cutting workflow at ITM 2026

Leading computerized flat knitting technology provider SHIMA SEIKI MFG., LTD. of Wakayama, Japan, together with its Turkish representative TETAS IC VE DIS TICARET A.S., will participate in the ITM 2026 International Textile Machinery Exhibition in Istanbul, Türkiye this month with a full product lineup. In addition to flat knitting machines and design software, visitors will also have the opportunity to experience the full range of SHIMA SEIKI textile machinery with its automatic cutting machine exhibit, all geared toward the fashion apparel market as well as non-apparel related businesses.

European Flax-Linen & Hemp step into advanced manufacturing: Enabling filament winding, 3D printing and high-performance composite processes

The Alliance for European Flax-Linen & Hemp announces a new wave of technological advancements demonstrating how flax-linen and hemp fibres are now being successfully integrated into advanced composite manufacturing processes. These developments mark a transition beyond traditional hand lay-up techniques, positioning natural fibres as credible, scalable solutions for high-performance industrial applications.