The CmiA sustainability rating has reached a new milestone after Cotton made in Africa (CmiA) received the highest possible "Excellent" grade from Germany's sustainability label assessment platform, Siegelklarheit. The achievement builds on CmiA’s recognition under Germany’s Grüner Knopf (Green Button) program. It also supports compatibility with Cradle-to-Cradle Certified® v4 material requirements. Together, these milestones strengthen CmiA’s position as a credible and scalable sustainable cotton solution for global fashion brands.

The new CmiA sustainability rating comes under Siegelklarheit's revised five-level assessment framework introduced in 2026. The assessment uses the Sustainability Standards Comparison Tool (SSCT). More than 200 experts helped develop the tool. It aligns with International Labour Organization (ILO) conventions and other internationally recognized sustainability requirements.

The latest assessment shows strong results. CmiA sustainability rating achieved 100% compliance with the platform's minimum credibility criteria for social standards. It also met 88% of the environmental criteria. This places CmiA among the highest-rated sustainability standards on the platform.

The upgraded CmiA sustainability rating gives apparel brands more than a certification. It provides an independent and government-backed benchmark for responsible cotton sourcing. This is important as European buyers raise sustainability expectations across their supply chains.

CmiA supports large-scale cotton production through millions of smallholder farmers in Sub-Saharan Africa under the Aid by Trade Foundation (AbTF). The program promotes better farming practices. It also supports education, women's empowerment, better working conditions, and community development. This makes it a scalable solution for mainstream apparel production.

The recognition comes as European companies prepare for stricter sustainability reporting and supply chain due diligence requirements.

The new CmiA sustainability rating could also benefit textile manufacturers and exporters. This is especially important for suppliers serving European knitwear and apparel brands. It could increase demand for CmiA-certified cotton, yarns, and fabrics. Suppliers with strong traceability systems and documented CmiA supply chains may gain a competitive advantage.

Chinese performance apparel brand UTO has strengthened its long-standing collaboration with Italian seamless knitting machine manufacturer Santoni by launching a new seamless wool base-layer collection. The UTO Santoni partnership marks another step in combining premium yarns with advanced seamless knitting technology for high-performance outdoor apparel.

The latest collection is developed on Santoni's newest circular seamless knitting platform. It is designed for running, hiking, skiing, and other outdoor activities where comfort, thermal regulation, and moisture management are essential.

The new collection combines UTO's engineered 3D structures, targeted ventilation zones, and body-mapped comfort features within a single tubular garment. This approach minimizes traditional cut-and-sew operations while improving garment fit and wearer comfort.

Fine Merino and Merino-blend yarns provide natural temperature regulation, odor resistance, and softness, while seamless construction enhances stretch and freedom of movement. Together, these features meet increasing consumer demand for premium outdoor performance apparel.

Modern seamless knitting machines can integrate compression zones, breathable channels, and textured structures directly into garments without multiple assembly stages. This helps reduce production time, fabric waste, labor requirements, and overall manufacturing complexity.

The development also carries important implications for export-oriented apparel producers, including those in Bangladesh. As global brands continue investing in technical sportswear, seamless knitting technology offers manufacturers an opportunity to move into higher-value product categories while improving production efficiency and sustainability.

The Centre for Research & Innovation in Science, Arts & Technology (CRISAT) successfully organized an online panel discussion titled "Bangladesh Textile Futures 2030/35: Solving Problems & Unlocking Potentials" on Friday evening, bringing together leading academicians, industry experts, researchers, and students to discuss the future direction of Bangladesh's textile and apparel sector. The event also marked the official launch of the CRISAT Research Competitions for Textile & Fashion Students – Season 2 (2026). 

The program attracted broad numbers of participants, including university teachers, researchers, students, and textile professionals from across the country. The discussion focused on identifying key challenges facing the textile industry while exploring strategic opportunities to strengthen Bangladesh's competitiveness in the global market.

The distinguished panel featured Prof. Dr. Engr. Ayub Nabi Khan, Vice Chancellor of BGMEA University of Fashion & Technology (BUFT); Prof. Dr. Engr. ANM Ahmed Ullah of Southeast University; Prof. Dr. Mohammad Forhad Hossain of Bangladesh University of Textiles (BUTEX); Engr. Dewan Saiful Alam Masud, Chairman of the A-A-M Committee, Hong Kong Garment Chamber of Commerce (HKGCC); Engr. A.S.M. Hafizur Rahman Nixon, Secretary General of ITET; and Engr. Sayeed Ahmad Chowdhury, Director (Operation) of Square Denims Ltd. The session was moderated by Dr. Abu Sadat Muhammad Sayem, Founder of CRISAT.

During the discussion, panelists stressed the importance of strengthening collaboration between academia and industry to bridge the gap between research and industrial application. They highlighted the need for joint research initiatives, innovation-driven partnerships, and enhanced skill development to prepare the next generation of textile professionals for emerging industry demands.

The experts also called for policy support to reinforce Bangladesh's textile value chain. Recommendations included government incentives for the weaving and knitting sectors to strengthen backward linkage industries, along with appropriate tariff measures on imported yarn to encourage the use of locally produced yarn. According to the panelists, these initiatives would help protect domestic spinning, weaving, and knitting industries while improving the country's export competitiveness.

Another major theme of the discussion was the need for export and product diversification. The speakers emphasized expanding into high-value, technical, and sustainable textile products while exploring new international markets to ensure long-term growth and resilience of Bangladesh's textile industry.

A key highlight of the programme was the official launch of the Five-Minute Research Competition (5MRC) and the CRISAT Poster Competition, designed to provide textile and fashion students with a platform to present their research ideas, creativity, and communication skills. The initiative aims to foster a stronger research culture among young professionals and encourage innovation within the textile and fashion sector.

CRISAT also announced that the final rounds of the CRISAT Research Competitions 2026, including DFCC 2026, will be held during the 7th Textile Research Conference (TRC 2026) on 31 October 2026 in Dhaka, in collaboration with BGMEA University of Fashion & Technology (BUFT).

The event concluded with a shared commitment among participants to promote stronger research, innovation, and industry-academia collaboration as Bangladesh charts its textile development roadmap toward 2030 and beyond.

Key insights:

• The global smart textiles market is expected to expand at a 27.6% CAGR through 2030, according to Research and Markets.
• Smart clothing is projected to become a $2.47 billion market in 2026, according to Fortune Business Insights.
• Unlike conventional wearable devices, AI Silk's conductive fibers embed sensors directly into the fabric, improving comfort and data accuracy.
• Nike, Adidas, Under Armor, and Hexoskin are expanding investments in intelligent sportswear and connected fitness.
• Advances in conductive yarns and flexible electronics are making smart garment production commercially viable.

The global sportswear industry is entering a new era where garments do more than provide comfort or style. Artificial intelligence (AI), smart sensors, and conductive textiles are turning sportswear into connected systems that monitor performance, reduce injury risks, and deliver real-time insights. As demand for personalized fitness and data-driven training grows, AI-powered smart textiles are creating new opportunities.

Data insights

According to Research and Markets (2026), the global smart textiles market is valued at $9.61 billion in 2026 and is projected to reach $25.5 billion by 2030, growing at a compound annual growth rate (CAGR) of 27.6%. The report attributes this growth to increasing adoption across sportswear, healthcare, military, and industrial applications. Meanwhile, Fortune Business Insights estimates the global smart clothing market will reach $2.47 billion in 2026, driven by rising consumer demand for wearable health monitoring and connected fitness solutions.

According to a Heraeus (a global technology company specializing in advanced materials and industrial innovations) report, a global technology company specializing in advanced materials and industrial innovations, conductive polymers such as PEDOT enable textiles to capture biometric signals while remaining lightweight, washable, and comfortable.

Japanese startup AI Silk has brought this technology to market through its LEAD SKIN® conductive fibers. These smart textiles can continuously monitor heart rate, muscle activity, and body movement while remaining comfortable and easy to wear.

AI-powered smart sportswear uses machine learning to analyze data from embedded sensors in real time. These sensors track heart rate, breathing, body movement, muscle fatigue, and posture. The insights help athletes and coaches improve training, enhance performance, and reduce the risk of injuries.

Global sportswear brands are accelerating investments in intelligent apparel as part of their digital transformation strategies.

According to Nike, the company continues to expand its connected fitness ecosystem. They are combining performance apparel with digital platforms that deliver personalized athletic experiences. Adidas is combining performance technologies with recycled and bio-based materials while expanding digital product innovation. Under Armour continues to develop connected apparel, wearable sensors, and AI-powered digital coaching to help athletes monitor performance and recovery.

Hexoskin, a Canadian company that develops AI-powered smart garments, says its wearable clothing can monitor ECG, respiration, heart rate, physical activity, and sleep with medical-grade accuracy. Its smart garments are used by athletes, researchers, healthcare providers, and military organizations.

Advances in flexible electronics, conductive fibers, printed sensors, and low-power AI chips are making smart textiles more practical for large-scale manufacturing. A recent MarketsandMarkets report projects that the global smart textiles market will grow from $2.41 billion in 2025 to $5.56 billion by 2030, at a CAGR of 18.2%. As production costs fall and sensor technology improves, more companies are expected to adopt smart textiles.

According to a recent Alibaba.com B2B industry analysis, manufacturers must also meet strict international standards. Testing and certification for CE (Conformité Européenne) and FCC (Federal Communications Commission) compliance can take 6 to 12 months. This creates opportunities to move into higher-value manufacturing.

According to a market report by Span Global Services, medical and healthcare monitoring accounts for more than 35 percent of the smart clothing market. AI-powered smart textiles are becoming a commercial reality as brands invest in connected products, digital health, and personalized performance.

Read more relevant news:

https://www.textiletoday.com.bd/europe-sportswear-market-is-expected-to-reach-57-billion-by-2033

https://www.textiletoday.com.bd/developments-in-sports-textiles

https://www.textiletoday.com.bd/sportswear-investment-opportunity-new-normal-situation

https://www.textiletoday.com.bd/artificial-intelligence-on-fashion-and-textiles-in-2023

Bangladeshi PhD researcher Md Salauddin Sk has been elected President-Elect of the Society for Biomaterials (SFB) National Student Chapter, marking a significant achievement for the young bioengineering researcher.

A permanent resident (Green Card holder) in the United States, Salauddin is pursuing a PhD in Bioengineering at Clemson University, where his research focuses on polymer-based materials, nanomaterials, and smart textile technologies for healthcare and advanced material applications.

His research involves developing functional materials and nanofiber-based systems, with an emphasis on translating material properties into practical, application-ready solutions.

He also utilizes electrochemical impedance spectroscopy (EIS) and cyclic voltammetry (CV) to analyze wound biomarkers, providing quantitative insights into the wound microenvironment.

Salauddin has extensive experience in materials characterization and analytical testing, working with techniques including FTIR, DSC, TGA, SEM, XPS, Raman spectroscopy, rheometry, goniometry, universal tensile testing, confocal laser microscopy and 1H NMR. His research emphasizes scalability, manufacturability and the practical application of advanced materials.

Expressing his gratitude, Salauddin said he looks forward to serving the SFB student community by promoting professional development, collaboration and innovation in the field of biomaterials.

The Korean Export Processing Zone (KEPZ) in Chattogram has been awarded the National Tree Plantation Award 2025 in recognition of its outstanding contributions to tree plantation, biodiversity conservation, research, innovation, sapling production and environmental greening.

Kihak Sung, Chairman and CEO of Youngone Corporation, received the award from Prime Minister Tarique Rahman at the inauguration of World Environment Day, Environment Fair, National Tree Plantation Campaign, and Tree Fair 2026 held at the Bangladesh-China Friendship Conference Centre in Dhaka on July 9.

KEPZ secured first place in the category comprising union parishads, upazila parishads, district councils, municipalities, city corporations, government departments, corporations, institutions, NGOs, clubs and voluntary organizations.

This year, 21 individuals and organizations were recognized across seven categories under the National Tree Plantation Award 2025.

Spread across approximately 2,492 acres in Chattogram, KEPZ has transformed what was once an erosion-prone landscape into an environmentally sustainable industrial zone under its "Blue and Green" development strategy.

To meet environmental compliance requirements, the zone has dedicated 52 percent of its land to green spaces and water bodies.

As part of its long-term conservation efforts, KEPZ has planted around 3 million saplings and developed 37 water bodies capable of storing nearly 600 million gallons of rainwater, helping restore ecosystems and protect local biodiversity.

The zone also established the KEPZ Botanical Garden in 2023 on approximately 60 acres, where around 1,300 species of trees, herbs and shrubs, including many native, endangered and threatened species, have already been conserved.

The authorities aim to increase the number of conserved plant species to 1,850 by 2027, making it one of the country's largest botanical conservation initiatives.

In addition, KEPZ is implementing a mixed greening program this year to plant approximately 200,000 saplings, with a strong focus on endangered and threatened plant species.

Notably, the initiative reflects the zone's long-term commitment to environmental sustainability, biodiversity conservation and corporate social responsibility.

Bangladesh has a rare opportunity to expand its trade with the European Union (EU) after graduating from the Least Developed Country (LDC) category. But without faster reforms and stronger competitiveness, the country could lose that advantage, warned MA Razzaque, Chairman of Research and Policy Integration for Development (RAPID).

Speaking at a seminar on Bangladesh-EU trade relations, Razzaque said, "Trade relations between Bangladesh and the EU are likely to deepen over the next three to four years in a way not seen over the past five decades. The question is whether Bangladesh has the capacity to absorb those opportunities."

Recent export data already points to growing pressure in Bangladesh's largest apparel market. According to the Export Promotion Bureau (EPB), apparel exports to the European Union declined 3.31% to $19.06 billion in FY2025-26 from a record $19.71 billion in FY2024-25. As a result, the EU's share of Bangladesh's total apparel exports fell to 49.25% from 50.10%, signaling a slowdown in the country's strongest export destination ahead of the post-LDC transition.

Bangladesh is set to graduate from LDC status in November 2026, unless the United Nations approves a short extension. The country will retain duty-free access to the EU during a three-year transition period. After that, around 2029, exports could face tariffs of up to 12% unless Bangladesh qualifies for the EU's GSP+ scheme or secures a Free Trade Agreement (FTA). Industry experts say this transition period offers a critical window to strengthen competitiveness and secure long-term market access.

According to RAPID, Bangladesh's exports to the EU could decline by around 21% after the transition if the country fails to secure long-term preferential market access.

MA Razzaque said, "To remain competitive after LDC graduation, we will have to reduce our production costs," he said.

The Bangladesh Apparel Youth Leaders Alliance (BAYLA) officially announced BAYLA Future Summit 2026 at a press meet held in Dhaka today, unveiling a two-day industry platform that aims to bring together business leaders, policymakers, global experts, academia and young professionals to discuss the future of Bangladesh's apparel and textile sector.

Scheduled to take place on 20–21 July 2026 at the Radisson Blu Water Garden Hotel, Dhaka, the summit will be held under the theme "Think Beyond Today." According to the organizers, the event is designed to inspire future-ready leadership, encourage cross-sector collaboration and explore innovative strategies that will strengthen Bangladesh's global competitiveness in the apparel industry.

The organizers expect the summit to attract more than 1,500 participants, including over 500 CXOs and industry executives, alongside entrepreneurs, professionals, young leaders and more than 20 speakers from Bangladesh and abroad.

The event is being organized with Huawei as the Title Sponsor, while Envoy Legacy, A&E (American & Efird) (BD) Ltd., Sunrise Zhejiang Risun Intelligent Technology Co., Ltd., and Transcom are supporting the summit as Powered By partners.

Speaking at the press meet, BAYLA leaders outlined the vision behind the initiative, emphasizing the importance of preparing Bangladesh's apparel industry for the next decade through leadership development, innovation and collaboration.

The two-day program will feature discussions and keynote sessions covering a wide range of topics, including leadership and future-ready talent, artificial intelligence and Industry 4.0, finance, investment and IPO readiness, sustainability and ESG, policy and global competitiveness, entrepreneurship and business scaling, data-driven decision-making, and global apparel and sourcing trends.

The summit will also bring together distinguished representatives from government, industry, academia, diplomatic missions, trade bodies and the international business community.

Among the keynote highlights announced during the press meet are:

• "From Global Manufacturing to Global Leadership" by Faruque Hassan, Managing Director, Giant Group.
• "From Textiles to Conglomerate: A Founder's Journey of Scaling" by Kutubuddin Ahmed, Chairman, Envoy Legacy and Sheltech Group.
• "Future of Finance: The Money Mindset Every Leader Needs" by Mashrur Arefin, Managing Director & CEO, The City Bank PLC
• "The Opportunity of IPO for the RMG and Textile Industry" by Nuzhat Anwar, Managing Director, Dhaka Stock Exchange (DSE).
• "How AI Will Transform Bangladesh's RMG Industry" by Hasnaeen Rizvi Rahman, Founder & CEO, Astha IT.
• "The Policies That Can Give Us the Leverage We Need" by Dr. M Masrur Reaz, Chairman & CEO, Policy Exchange Bangladesh.
• "EU Sustainability Standards as an Opportunity to Differentiate" by Lisa Ramershoven, Project Manager, STTI.
• "The Future Workforce: What Every Business Leader Needs to Know" by Fazle Shamim Ehsan, Managing Director of Fatullah Apparels Ltd.
• "Think Beyond Today: Building the Mindset to Lead Tomorrow" by Vidya Amrit Khan, Deputy Managing Director, Desh Group of Companies
• "Data That Drives Decisions: Preparing for the Next Decade" by Shams Zaman, Country Managing Partner, PwC Bangladesh.

In addition, the summit will feature discussions on SME growth, family business finance, evolving industry dynamics and the role of next-generation manufacturers in shaping the future of Bangladesh's apparel industry.

Another major highlight announced at the press meet is BAYLA Future Leaders 2026, a nationwide inter-university case competition designed to bridge academia with real-world industry challenges. University teams from across the country will develop practical solutions for the apparel and textile sector, with shortlisted teams advancing through campus presentation rounds before competing in the Grand Finale during the summit in front of leading industry decision-makers.

Addressing the media, Abrar Hossain Sayem, President of BAYLA, said, "Bangladesh has earned global recognition as a manufacturing powerhouse. Our next ambition is to become a global leader in innovation, talent, and sustainable growth. For that the greatest investment we can make today is in the leaders who will shape tomorrow."

Speaking about the broader vision of the initiative, Hasin Arman Ayon, First Vice President of Bangladesh Apparel Youth Leaders Alliance (BAYLA) and Event Director of BAYLA Future Summit and BAYLA Future Leaders, said, "The future is not something we wait for — it is something we prepare for together. BAYLA Future Summit is a platform where leaders, innovators, policymakers, academia and young talent come together to exchange ideas, build meaningful partnerships and shape practical solutions for a Future-Ready 2030. Through BAYLA Future Leaders, we are equally committed to nurturing the next generation with the mindset and capabilities to lead Bangladesh's apparel industry into the future. Real progress begins when today's conversations inspire tomorrow's action."

Founded to develop the next generation of apparel industry leaders, BAYLA brings together entrepreneurs, professionals, innovators and policymakers to build a more competitive, sustainable and future-ready textile and apparel industry. The organisation aims to position Bangladesh as the world's most sustainable apparel sourcing destination by 2030 through leadership development, innovation, advocacy and collaborative growth.

The global textile industry is standing at a turning point. Rising environmental concerns, water scarcity, microplastic pollution, and increasing consumer awareness are forcing manufacturers and brands to rethink traditional fibre systems. Cotton requires enormous amounts of water and land, while synthetic fibres contribute heavily to plastic pollution and fossil fuel dependency. As a result, researchers and innovators are now exploring next-generation fibres that can combine sustainability, performance, and scalability. Among these emerging materials, microbial cellulose has gained remarkable attention.

Microbial cellulose is also known as bacterial cellulose. It’s a bio-fabricated material produced naturally by specific microorganisms. Unlike plant-based cellulose extracted from cotton or wood pulp, microbial cellulose is grown through fermentation. This revolutionary process has the potential to transform textile manufacturing by reducing dependence on agriculture and petrochemicals while introducing a new approach to material creation.

Microbial cellulose is a pure form of cellulose synthesized by bacteria such as Komagataeibacter xylinus (formerly Acetobacter xylinum). During fermentation, these microorganisms consume sugars and nutrients and produce ultra-fine cellulose nanofibers. These fibres accumulate layer by layer to form a gelatinous sheet or membrane.

The result material is highly pure because it contains no lignin, hemicellulose or other impurities commonly found in plant cellulose. This purity gives microbial cellulose exceptional mechanical strength, flexibility, water retention capacity and biodegradability.

In simple terms, microbial cellulose is not harvested or chemically extracted; it is literally grown.

How microbial cellulose is produced

The process generally involves the following stages:

Preparation of nutrient medium

A nutrient-rich solution containing sugars, yeast extract, and minerals is prepared. Agricultural waste, fruit peels, molasses, or food industry by-products can also be used as feedstock, making the process more sustainable.

Bacterial fermentation

Selected bacteria are introduced into the medium. Under controlled temperature and oxygen conditions, the bacteria begin converting sugars into cellulose nanofibers.

Formation of cellulose pellicle

Over several days, the bacteria produce a thick cellulose layer on the liquid surface. This jelly-like membrane is known as a pellicle.

Purification

The pellicle is washed to remove bacterial residues and impurities. After purification, it becomes a clean cellulose sheet.

Drying and finishing

The material is dried and treated according to its next application. Researchers are currently experimenting with softening agents, natural dyes, coatings and composite blending to improve textile usability.

This production system consumes significantly less land compared to cotton cultivation and can potentially reduce chemical-intensive processing.

Why microbial cellulose matters in the textile industry

Microbial cellulose is attracting global attention because it reduces several major sustainability challenges simultaneously. Such as

Reduced environmental footprint

Since the material can be grown in bioreactors, it eliminates the need for large agricultural fields. If renewable feed stocks and renewable energy are used, the carbon footprint can be significantly reduced.

Biodegradability

Unlike polyester or nylon, it does not remain in the environment for hundreds of years. As fashion brands face increasing pressure to adopt circular systems, biodegradable fibres are becoming more attractive for future product development.

High purity and strength

Microbial cellulose possesses a unique nanofibrillar structure that provides impressive tensile strength and flexibility. The fibre network is finer than plant cellulose for the creation of lightweight yet durable materials. Its high crystallinity also contributes to excellent mechanical performance.

Potential for customization

Since microbial cellulose is grown rather than manufactured conventionally, scientists can manipulate growth conditions to influence thickness, texture, density, and functionality. This opens possibilities for engineered textiles with tailored properties, including water resistance, conductivity, antimicrobial performance, or medical functionality.

Applications beyond fashion

Although microbial cellulose is gaining attention in fashion and textiles, its applications extend far beyond apparel.

Medical and healthcare sector

It is already used in wound dressings because of its excellent moisture retention, biocompatibility, and non-toxicity. It creates a protective barrier while supporting healing. Researchers are also exploring applications in artificial skin, tissue engineering, and drug delivery systems.

Food industry

In some Asian countries, microbial cellulose is consumed as a dessert ingredient known as nata de coco. Its gel-like texture makes it suitable for food applications.

Packaging industry

As sustainable packaging demand rises, it is being tested as an eco-friendly alternative to plastic films and disposable packaging materials.

Electronics and smart textiles

Its nano-scale fiber structure and flexibility make microbial cellulose suitable for wearable electronics and conductive composite materials. Several innovators and fashion startups are experimenting with microbial cellulose-based materials as leather alternatives and sustainable fabrics.

One of the most widely discussed pioneers is Modern Meadow, which explores bio-fabricated materials for fashion applications. Another notable company is Polybion, which develops cellulose-based leather alternatives from bacterial fermentation.

Challenges limiting commercialization

Despite its goodness, microbial cellulose still faces several technical and economic barriers before widespread textile adoption.

Production cost

Microbial cellulose production remains expensive compared to conventional fibres. Fermentation systems, purification, and processing require controlled environments and advanced biotechnology infrastructure.

Limited softness and drape

Raw sheets can become stiff after drying. Achieving the softness, flexibility, and drape expected in fashion textiles remains ongoing research. Scientists are experimenting with plasticizers, bio-based coatings, and composite blends to improve tactile properties.

Slow production speed

Cotton and synthetic fibres benefit from highly industrialized supply chains capable of producing massive volumes rapidly. Microbial cellulose growth takes time, which limits its ability. Industrial optimization and automation will be essential for future growth.

Moisture sensitivity

Microbial cellulose absorbs water easily due to its hydrophilic structure. For medical uses, excessive moisture absorption may create limitations for some apparel applications. Researchers are therefore developing surface treatments and hybrid materials to improve water resistance.

Future outlook

The future of microbial cellulose appears highly promising as biotechnology advances. Global investment in biomaterials, circular fashion and sustainable innovation is increasing rapidly. Governments, research institutions, and major brands are all searching for alternatives.

Several developments may strengthen microbial cellulose adoption in the coming decade:

• Improved fermentation efficiency
• Use of agricultural and food waste as feedstock
• Biomaterial engineering
• Hybrid blending with natural fibres
• Advances in bio-finishing technologies
• Growing consumer demand for sustainable fashion

Although commercialization challenges remain, ongoing research and investment are steadily improving production methods and material performance. From fashion and healthcare to packaging and smart textiles, microbial cellulose demonstrates remarkable versatility.

The textile industry's future may no longer depend solely on what can be harvested from fields or synthesized from oil. Instead, it may increasingly rely on materials cultivated through biology itself. In that future, microbial cellulose could become a defining fiber of the next sustainable industrial revolution.

American Circular Textiles (AMCIRC) has urged the Office of the United States Trade Representative (USTR) to include circular textiles in a proposed trade incentive program linked to Section 301 forced labor measures.

The industry group submitted formal comments during USTR's public consultation. It called for the program to reward the use of recycled fibers, textile reuse, and investment in domestic textile recycling infrastructure.

According to AMCIRC, recognizing circular manufacturing would strengthen US and Western Hemisphere textile supply chains. It would also reduce dependence on higher-risk sourcing regions while supporting more resilient and sustainable production.

The proposal is part of USTR's ongoing Section 301 investigation into imports linked to forced labor. Under the proposed textile incentive program, qualifying textile and apparel imports from eligible trading partners could receive reduced Section 301 tariffs if they meet specific requirements.

AMCIRC said circular manufacturing should become a strategic part of US trade policy. The organization believes incentives for recycled materials and domestic recycling capacity can improve supply chain security, reduce reliance on virgin raw materials, and support responsible sourcing.

The proposal reflects growing efforts to align US trade policy with sustainability and supply chain resilience. Other textile industry organizations have also asked USTR to strengthen regional textile manufacturing and improve the proposed incentive program.

USTR launched the Section 301 investigations in March 2026 and proposed new actions in June. The agency is reviewing stakeholder feedback before issuing its final decision.

The global textile machinery industry is entering a new investment cycle as manufacturers accelerate factory modernization through automation, artificial intelligence (AI), and sustainable production technologies. Rising labor costs, stricter environmental regulations, and increasing demand for operational efficiency are driving mills to replace conventional equipment with digitally connected manufacturing systems.

According to the Textile Machinery Market Research & Forecast Report 2026–2036 by Pristine Market Insights Pvt. Ltd., the market covers machinery across the entire textile value chain, including spinning, weaving, knitting, dyeing, printing, finishing, and garment manufacturing. While spinning machinery remains the industry's largest equipment segment, the strongest momentum is shifting toward fully automatic, smart machinery that delivers higher productivity, consistent quality, and lower operating costs.

Global textile machinery market snapshot

Source: Textile Machinery Market Research & Forecast Report 2026–2036, Pristine Market Insights Pvt. Ltd.

The report highlights that Industry 4.0 is reshaping every stage of textile manufacturing. AI-enabled sensors are improving fiber preparation by detecting contamination and optimizing yarn blending. Connected weaving and knitting machines allow real-time production adjustments to reduce defects, while automated dyeing and finishing systems can reduce water and chemical consumption by up to 35%. AI-powered vision systems further strengthen quality control by identifying defects instantly before they spread through production.

Sustainability is also becoming a key purchasing criterion. Demand is increasing for energy-efficient motors, waste heat recovery systems, low-water dyeing technologies, and machinery capable of processing recycled polyester and bio-based fibers. At the same time, the expansion of technical textiles—including medical, automotive, industrial, and aerospace applications is creating new opportunities for machinery suppliers.

Another major trend is AI-enabled predictive maintenance. According to the report, intelligent sensor networks installed on critical machine components can reduce unexpected equipment failures by more than 30%, helping mills improve machine uptime, extend equipment life, and protect production schedules.

Competition in the global textile machinery market is highly fragmented despite the presence of several prominent international manufacturers. Smaller brands and emerging players continue to capture significant portions of the global market.

Market share of leading manufacturers

According to Pristine Market Insights, Saurer held the largest global revenue share in 2024 at 3.99%. The remaining top positions are closely contested by a handful of leading machinery brands:

• Saurer-99%
• Oerlikon-76%
• Muratec-32%
• Rieter-27%
• Vandewiele-11%

Other prominent and long-established manufacturers in the sector include Jingwei Textile Machinery, Trützschler, Lonati, KARL MAYER, and Toyota Industries.

Emerging brands expand market presence

A rising group of manufacturers is steadily expanding its footprint within the industry.

• Tessenderlo Group- 92%
• RIFA Textile Machinery- 31%
• ANDRITZ- 17%
• Jakob Müller Group- 17%
• ITEMA- 14%

As textile manufacturers continue upgrading production capacity over the next decade, the report concludes that machinery suppliers combining automation, sustainability, digital monitoring, predictive maintenance, and lifecycle service support will be best positioned to capture future capital investment.

Source: Textile Machinery Market Research & Forecast Report 2026–2036 and Global Textile Machinery Market Revenue Share 2024, Pristine Market Insights Pvt. Ltd.

Bangladesh is preparing a major policy move to revive its struggling spinning industry by increasing the cash incentive for apparel exports made with locally produced yarn from 1.5% to 5%. If approved, the measure is expected to encourage garment manufacturers to source more yarn from domestic spinning mills, strengthen the country’s textile backward linkage, improve mill capacity utilization, and reduce reliance on imported yarn. The proposed incentive could increase the government’s annual expenditure by around Tk 3,800 crore.

According to the Bangladesh Textile Mills Association (BTMA), Amir Khosru Mahmud Chowdhury, Finance Minister of Bangladesh, recently assured the association’s leaders that the government is moving forward with the proposed increase in the cash incentive. The enhanced incentive will apply only to apparel exporters that use locally produced yarn in their export-oriented garment production.

The proposal comes as Bangladesh's spinning mills face mounting pressure from lower-cost imports, weak demand, and rising production challenges.

Bangladesh's spinning industry at a glance

According to the Bangladesh Textile Mills Association (BTMA), Bangladesh has sufficient capacity to meet the country's entire cotton yarn demand. Despite this, the country imported yarn worth around Tk26,000 crore in FY2025. Industry leaders say most imported cotton yarn comes from India.

Showkat Aziz Russell, President of the Bangladesh Textile Mills Association (BTMA), said the proposed incentive would significantly reduce the price difference between imported and locally produced yarn. A narrower price gap would encourage garment exporters to purchase more yarn from local mills and strengthen the country's textile value chain.

For apparel manufacturers, the benefits extend beyond yarn prices. Buying locally shortens lead times, reduces banking and warehousing costs, lowers inventory, and improves production flexibility. These advantages become even more valuable when domestic and imported yarn prices are closer.

Mahmud Hasan Khan Babu, President of the Bangladesh Garment Manufacturers and Exporters Association (BGMEA), said local sourcing already offers operational advantages. A stronger incentive would make domestic yarn even more attractive and encourage greater sourcing from Bangladesh's spinning mills.

The proposed policy also aligns with changing global sourcing trends. International buyers increasingly value shorter lead times, stronger supply chain resilience, and higher local value addition. A competitive domestic spinning sector can help Bangladesh respond faster to orders while reducing exposure to international logistics disruptions.

However, industry leaders say the incentive alone will not revive the sector.

The proposal comes at a time when Bangladesh's spinning industry is facing one of its most challenging periods. Higher production costs, rising energy tariffs, lower capacity utilization, weaker global demand, and intense competition from imported yarn have put sustained pressure on local mills. Against this backdrop, the proposed 5% incentive could mark a shift in Bangladesh's textile policy from simply supporting exports to strengthening the domestic supply chain. By encouraging greater use of locally produced yarn, the measure could help retain more value within the country, reinforce the textile backward linkage, and support a more resilient and competitive apparel industry.

For decades, energy has been viewed primarily as a cost of doing business. In today's textile industry, it is rapidly becoming a strategic asset. Rising electricity prices, growing pressure from global brands to reduce carbon emissions, and the increasing adoption of digital manufacturing are redefining how textile mills think about power. The question is no longer how to consume less energy. It is how to use energy more intelligently.

The textile and apparel industry is one of the world's most energy intensive manufacturing sectors. The industry accounts for around one-third of global final energy consumption, while manufacturing contributes a significant share of energy-related carbon emissions.

From spinning and weaving to dyeing and finishing textile production relies heavily on continuous, high-quality power. Even brief disruptions can lead to production losses, quality issues, and delayed shipments.

This is where smart energy movement is beginning to change the conversation.

Smart energy combines digital technologies with energy management to optimize how electricity is produced, stored, distributed, and consumed. Advanced sensors, smart meters, smart technologies, cloud-based analytics, and real-time monitoring systems allow factories to identify energy waste, forecast demand, and automatically adjust equipment for maximum efficiency.

The business case is becoming increasingly compelling. Studies suggest that digital technologies, including artificial intelligence and the Industrial Internet of Things (IIoT) can significantly improve industrial productivity by reducing energy consumption. In many manufacturing facilities, digital energy management systems have delivered energy savings ranging from 10% to 20%, depending on the scale of implementation and operational practices.

The benefits extend for textile manufacturers well beyond lower utility bills.

Energy efficiency directly supports sustainability goals which is a priority for international buyers. Global fashion brands are increasingly assessing suppliers not only on quality and cost but also on environmental performance. Mills capable of demonstrating lower carbon footprints, verified energy data, and continuous efficiency improvements are likely to strengthen their position in global supply chains.

Bangladesh offers a particularly interesting opportunity. As one of the world's largest apparel exporters the country has already established itself as a leader in green manufacturing, with more than 280 LEED-certified garment factories.

 The next phase of competitiveness may depend less on constructing greener buildings and more on operating them more intelligently. Smart energy management systems can help factories monitor machine-level electricity use, optimize peak demand, reduce idle running, and improve equipment maintenance through predictive analytics.

Battery energy storage systems, rooftop solar integrated with digital controls, and updated techniques load forecasting are also gaining momentum. These technologies allow factories to maximize self-established renewable energy, reduce dependence on expensive peak-hour electricity, and improve resilience during grid instability. As battery costs continue to decline globally, integrated energy management is becoming increasingly accessible to industrial users.

Perhaps the greatest value of smart energy lies in visibility. Factory managers can move from reacting to monthly electricity bills to making informed real-time operational decisions. Every production line, compressor, boiler, and motor becomes measurable, enabling continuous improvement rather than periodic correction.

In an industry where margins remain under constant pressure, competitive advantage is increasingly determined by operational excellence rather than labour cost alone. Smart energy enables manufacturers to produce more efficiently, respond more quickly to buyer expectations, and build resilience against future energy and climate challenges.

The textile industry's next competitive edge may not come from faster machines or cheaper inputs. It may come from something far less visible but far more powerful. The intelligence behind every kilowatt consumed.

Coats Digital showcased its latest digital manufacturing solutions at SMARTEX 2026 in Cairo, engaging with apparel manufacturers and industry leaders on how digital transformation is improving efficiency, traceability and competitiveness across the apparel industry.

During the exhibition, the company hosted a technical session titled "Smart Factory in Action: Boosting Efficiency with Real-Time Digital Tools," which focused on the role of digitalization and real-time technologies in enhancing factory performance and supply chain visibility.

The session generated discussions on the growing importance of traceability, with Coats Digital emphasizing that traceability should be viewed as a strategic business enabler rather than a compliance burden.

According to the company, improved traceability enhances transparency, strengthens customer confidence and supports stronger commercial performance.

Throughout the event, Coats Digital met with manufacturers and industry stakeholders to explore how digital technologies can help build smarter, more agile and competitive apparel operations.

Coats Digital reaffirmed its commitment to supporting fashion manufacturers on their digital transformation journey through innovative software and smart factory solutions.

KM International GmbH, the Bangladesh Liaison Office of FLORETT TEXTIL GmbH & Co. KG, successfully organized its Supplier Development Program 2026 on the Bangladesh Labour Law (Amendment) 2026 at Hotel Highgarden, Uttara, Dhaka. The workshop brought together around 55 participants from 18 ready-made garment (RMG) factories.

The program was attended by Nicole Hartmann, CR Manager (Social Compliance), as Chief Guest, and Fabian, CR Manager (Environmental Affairs), as Special Guest, both from FLORETT TEXTIL GmbH & Co. KG.

The keynote address was delivered by Sultan Mahmud Sohal, Country Manager (Corporate Responsibility), KM International GmbH, who emphasized that effective implementation of the amended labor law is essential for responsible sourcing and sustainable supply chains.

Technical sessions were conducted by K. M. Saiful Islam, Assistant Attorney General of Bangladesh, and Badsha Mia, Associate Professor and Chairman, Department of Law, Noakhali Science and Technology University, covering key legal amendments, employer responsibilities, disciplinary procedures, dispute resolution, and compliance practices.

Mohammad Jahangir Hossain, Manager – Corporate Responsibility, ALDI CR Support Asia Limited, shared buyers’ expectations on labour compliance and human rights due diligence.

The program concluded with an interactive discussion and certificate ceremony, reaffirming FLORETT’s commitment to supplier development and responsible sourcing in Bangladesh’s garment industry.