Pulcra Chemicals, in collaboration with its subsidiary Devan Chemicals, has unveiled DEVAN REPEL, a groundbreaking water repellency brand poised to revolutionize the market. The inaugural product, DEVAN REPEL ONE, is a durable water repellent designed for Polyester and blends, seamlessly merging cutting-edge chemistry with eco-conscious principles.

Promising superior performance, the technology ensures outstanding water repellency across diverse applications, from outdoor wear to technical textiles. Its versatility extends to a broad spectrum of materials, with a pronounced efficacy on polyester and blends. Notably, the solution champions sustainability by being free from perfluorinated compounds (PFCs) and isocyanates, contributing to an environmentally responsible approach.

DEVAN REPEL ONE's longevity is a standout feature, safeguarding treated products from the elements and prolonging their lifespan. The introduction of DEVAN EXTENDER GEN3 further enhances performance flexibility, meeting varied requirements without compromising on environmental standards.

Thomas Bremer, Global Head of SBU Textile at Pulcra Chemicals, emphasizes the collaboration's dedication to delivering value. The innovative product caters to diverse industries, from outdoor enthusiasts and athletes to functional textiles like tents, embodying a commitment to innovation and sustainability. DEVAN REPEL ONE is a testament to the continual pursuit of excellence by Devan and Pulcra in pushing the boundaries of textile technology, fostering a more comfortable and sustainable world.

In a pivotal move for Turkey's textile sector, Eastman Naia, a prominent player in the global textile industry, collaborates with key Turkish mills, including Abalıoğlu, Kipaş Textiles, and Pastel by Yılmazipek. Recognizing Turkey's significance, Eastman Naia proudly sponsors Sustainable Talks Istanbul, where Ana Costa, Head of Sales and Global Business Development, sheds light on Next Gen Fibers, showcasing Naia Renew fiber and its groundbreaking molecular recycling technology.

Naia Renew, derived from 60% sustainably sourced wood pulp and 40% certified waste materials, stands out for its scalability as both filament yarn and staple fiber. This innovative material, blended with other sustainable fibers, offers endless possibilities for luxurious and eco-conscious fabrics, boasting reduced carbon footprints over its life cycle.

Eastman Naia sets a high standard for transparency and responsibility, ensuring a traceable journey from tree to fiber. The company's commitment is evident through FSC and PEFC certifications, support for reforestation projects, and recent recognition with the Canopy Dark Green Shirt.

To address the environmental challenge, Eastman Naia employs molecular recycling technologies, transforming difficult-to-recycle waste materials into biodegradable resources. As a founding member of the Alliance of Chemical Textile Recycling, Eastman Naia actively contributes to Accelerating Circularity's mission to advance textile-to-textile recycling.

Turkey, poised for a sustainable fashion revolution, holds immense potential to embrace circular strategies. With Eastman's support, the Turkish textile industry is set to play a crucial role in shaping a greener future.

Shelton Vision's WebSpector automated fabric inspection system has witnessed a surge in demand following a successful demonstration at ITMA 2023. The technology, capable of detecting faults on camouflage fabrics at speeds up to 100 meters per minute, has garnered an unprecedented number of orders across various textile sectors. In response to the heightened demand, Shelton Vision is expanding its workforce to meet delivery schedules and accommodate increased capacity.

Mark Shelton, CEO and Managing Director, notes a paradigm shift in the textile industry as a new generation of management embraces imaging technology and automated fabric inspection. The WebSpector, employing machine learning, boasts over 98% defect detection compared to 65% with manual inspection. The system's adaptability to complex patterns, even in distorted fabrics, positions it as a market leader.

Shelton's investment in a purpose-built, high-speed demonstration system underscores the growing interest. While automotive interiors and airbag sectors remain key markets, the technology finds application in performance wear, high-end fashion, denim, upholstery, sunscreen, mattress ticking, window dressings, and carbon fiber composites.

Supported by the British Textile Machinery Association (BTMA), Shelton Vision's technology is gaining traction globally. Jason Kent, BTMA CEO, emphasizes the industry's appetite for machine vision, predicting Shelton's technology to become the preferred solution for fault-free fabric manufacturing. The company, founded in 1940, has become a key player in automated textile inspection, benefitting from extensive research and development investment.

Bluesign, a pioneering force in chemical management systems, announces a groundbreaking advancement in sustainability and transparency with the launch of the public bluesign GUIDE at www.bluesignGUIDE.com. 

This move exemplifies their steadfast commitment to shaping a more sustainable future and empowering businesses and consumers alike. The open-access GUIDE requires no registration, encouraging widespread adoption of sustainable practices across industries. 

Companies featured in the GUIDE gain heightened visibility, presenting a unique opportunity to showcase their commitment to sustainability. Notably, the GUIDE's integration of direct links facilitates seamless communication of sustainable achievements, emphasizing a dedication to responsible business practices. 

With QR codes for effortless certification verification, the GUIDE fosters trust and transparency between companies and consumers. The platform promises real-time updates, ensuring users stay abreast of the latest sustainable knowledge. 

As a catalyst for future innovations, the public GUIDE lays the foundation for transformative tools like the CUBE and the GUIDE, evolving from verification mechanisms to dynamic platforms for sustainable material sourcing.