From the Sector

Hexcel Corporation congratulates IRKUT on the successful first flight of the MC-21-300 new generation commercial aircraft, which took off and landed at the Irkutsk Aviation Plant airfield, an affiliate of Irkut Corporation, on Sunday May 28.
The MC-21 benefits from the latest advanced carbon fiber technologies including the HexPly® carbon fiber/epoxy prepreg that Hexcel supplies for composite primary structures including the empennage. Hexcel has worked in partnership with Irkut for more than a decade and supported the technology developments initiated for the MC-21 program.

Thierry Merlot, President – Aerospace, Europe/Middle East/Asia said: “Hexcel is very proud to be associated with this new adventure and landmark within the Russian Aviation History, and we congratulate our customer Irkut and the United Aircraft Corporation (UAC) on their achievement. The MC-21 aircraft employs the latest advanced composites processes and material solutions and Hexcel has made a significant contribution to the development of these technologies.”
The MC-21-300 has capacity for 163 to 211 passengers and targets the largest sector within the commercial aerospace market. The aircraft is expected to begin commercial operations in 2019.

Composites use in Building and Construction will be highlighted at JEC newest event dedicated to this specific Composites Industry next month in Chicago, IL, USA. The numerous and diverse benefits that these innovative materials bring to the Building Industry will help overcome the coming challenges such as, urbanization, increase of natural disasters (floods, storms, tsunamis, earthquakes…), along with the decrease of non-renewable raw materials and the high standard levels set by the society in terms of lightness and fluidity. Composites Materials bring answers and opportunities to tackle those issues in sustainable, durable and reliable manners. Solutions like ease of fabrication (Owens Corning), structures durability (Biteam), anti-seismic reinforcement (DowAksa), use of end-of-life products such as recycled bottles of water (Premier Composites Technologies), aerial forms (Optima Projects Ltd) or again energy saving (Armageddon Energy).

Following its strategy to address every Composites End-user, the JEC Innovation Awards will reward these 6 Composites Innovators in Building & Construction that will change the way we build.
If the majority of submissions relied on glass fibers, which is common in the Construction field, we see an increased interest in carbon fibers, especially for structural applications. And similarly to all sectors of the composite industry, thermoplastics are gaining in importance in Construction. Therefore, to promote the growing use of composites as a construction material, 6 categories are awarded, covering a large panel of applications and possibilities.

The world is in serious need of solutions to create sustainable growth and jobs. The World Circular Economy Forum 2017 is bringing 1,500 specialists from around the world to Finland to show how this can be done. The groundbreaking event will focus on the world’s best circular economy solutions in which business and the environment go hand in hand. The host country Finland is the first in the world to have published a comprehensive road map to a circular economy.
The country’s leading future-oriented think-and-do tank Sitra is now inviting the shapers of our future well-being to celebrate Finland’s 100th year of independence at the forum. Come and experience Finland’s own inspirational story as a global leader as we put the circular economy into practice and deliver concrete benefits across all sectors of business and society. “A circular economy is about using resources more efficiently and creating more value with what we have,” says Dr Mari Pantsar, Director of Sitra’s Carbon-neutral circular economy. “It can be the win-win approach everyone is looking for. For companies, circular products and business models help cut costs, manage risks and create new revenue. For societies, moving away from the current linear ‘consume-and-throw-away’ economy offers large benefits for tackling the climate crisis, reducing waste and creating jobs.” The PC-24 is in the final stages of its certification program following the first flight of the third and final test aircraft on March 6 2017. The aircraft is scheduled for certification and entry into service in the 4th quarter 2017. Pilatus has so far secured 84 orders for the PC-24, which equates to three years of production.

An exhibit at the recent Ambulatory Surgery Center Association (ASCA) annual meeting in Washington promoted the value of doing business with a Hygienically Clean Healthcare certified launderer. More than 120 attendees learned how the certification verifies laundries’ best management practices (BMPs) and quantifies laundered product cleanliness. The display marked the first such promotion of Hygienically Clean Healthcare to an outpatient medical market. Previous exhibits touted the certification to hospital audiences: the Association for the Healthcare Environment (AHE) and Association for Professionals in Infection Control and Epidemiology (APIC). Like members of those groups, most ASCA participants interviewed were industry customers, but represented a wider variety of professions, including M.D. owners and these job titles:

• Administrator • Business Manager
• CEO, President, CFO, COO
• Chief Medical Officer
• Clinical Coordinator, Director
• Nursing Director
• Regional Director, VP

Roughly 10 percent of the visitors to the Hygienically Clean exhibit on May 3-5 expressed concern about the product and service quality of their linen, uniform and facility services providers. Using a Hygienically Clean certified launderer addresses quality concerns, they were told, as inspectors focus on a facility’s quality assurance manual as the hub of control measures (BMPs) that minimize potential for error. In addition, unlike Healthcare Laundry Accreditation Council (HLAC) certification, Hygienically Clean microbial testing measures finished product quality, enforcing a total microbial content ceiling, including yeasts, molds and bacteria.

 ActiveSeam, Merrow's newest technology, is poised to revolutionize medical and compression garment manufacturing by replacing the traditional flatlock seam with a flatter, stronger stitch. The new Activeseam for Compression is set to be introduced in new product by a global medical device company in late 2017 or early 2018, leveraging Merrow's new MB-4DFO 2.5 series industrial sewing machine-- now available through regional distribution in 87 countries. Additionally, ActiveSeam is the world's first branded stitch, bringing a distinctive value to retail products.
Why is ActiveSeam great for medical and compression garments?

- With a flat profile and twice the stretch built into the seam, ActiveSeam garments are extraordinarily comfortable and do not restrict movement
- ActiveSeam replaces Flatlock with a stronger, more elastic, and infinitely more attractive seam construction that is ideal for specialized applications like Medical Compression garments
- When compared to a 6-thread flatlock seam with identical thread, fabric, and SPI, Merrow ActiveSeam 2 & 3-thread seams proved to be more than 30% stronger and had the ability to stretch (linear travel) 100% further
- ActiveSeam is almost undetectable when applied next to skin
- With more stretch built into the seam, the garment can be designed to fit the human body better without restricting athletic movement
ActiveSeam is uniquely suited for any application that entails a garment's seams be pressed against skin because of its extremely flat profile, flexibility, and unparalleled comfort. This is great news for anyone who utilizes compression wear, particularly compression garments or athletic apparel, as ActiveSeam substantially increases pliability and improves overall fit.

 Patagonia’s Clean Color Collection is a new capsule collection that Patagonia has just released in the last days of April. The products in the collection have been colored with dyes made from natural sources, including, along with other supply sources, EarthColors by Archroma, a range of dyes synthesized from agricultural waste.
Many of Patagonia’s synthetic dyes use less water, energy and CO2 when compared with conventional processes, however Patagonia is always looking for ways to do less environmental harm. The company, who already collaborates with Archroma for the Patagonia Denim collection based on Archroma’s Advanced Denim, therefore contacted Archroma to have a closer look at Archroma’s EarthColors dyes. The selected EarthColors dyes are the gorgeous Palmetto Green and Citrus Brown colors made respectively from non-edible palmetto green parts and bitter orange peels left over from agriculture industry or pharmaceutical extraction.

EarthColors is a line of plant-based dyes, sourced from up to 100 percent renewable resources. The colors change and fade over time, which is part of what makes these dyes unique.
“We are so proud that, once again, Patagonia has chosen Archroma’s eco-advanced dyeing technologies for their newest sustainable clothing endeavor,” comments Paul Cowell, Head of Brand Marketing in Archroma’s Brand & Performance Textile Specialties business. “We at Archroma are committed to challenge the status quo in the deep belief that we can make our industry sustainable. Because it’s our nature! Trail blazers like Patagonia bring us invaluable support in accelerating sustainable concepts in the textile value chain. Together we are showing the apparel industry the way to go, one collection at a time.”

 Technical textile producers are invited to discover the diverse finishing and innovative customisation opportunities possible with BTT’s advanced, fully automated line for Polypropylene (PP), Polyethylene (PE) and Polyester (PES) woven fabrics and nonwovens.
BTT’s extrusion coating process can apply a wide range of polymers as a liquid layer – one-sided, two-sided or multi-layer – to make a fabric printable and/or achieve specific protective and functional performance, including waterproofing, flame resistance and antistatic properties. Optional UV stabilisation is also offered. Transparent and white transparent, standard white and black, and coloured coating options are available. Coatings range from minimum 25-30 g/m² up to 450 g/m². As well as standard widths, BTT offers extensive possibilities to customise lengths and widths, with supplementary cutting provided on a separate line with up to 6 cutters in width.

In addition to extrusion coating, BTT is also equipped for extrusion laminating to support the production of composite structures.
Franky Viaene, Global Sales Manager Beaulieu Technical Textiles, comments: “As an established leader and driving force in technical textiles, Beaulieu Technical Textiles supports a wide range of customers in varied markets, and our expertise extends right through to the finishing process. Our in-house extrusion capabilities are available to external customers and we offer close technical collaboration to ensure the optimal treatment for the desired result for their application. We’re looking forward to discussing new possibilities for the industry to benefit from our support, starting at Techtextil.”

The world's leading trade fair for technical textiles, techtextil, will be held in Frankfurt from 9 to 12 May 2017. It is regarded as one of the leading international trade fairs for technical textiles and nonwovens, where decision-makers, developers and purchasers of the textile industry meet for exchange.
imat-uve will once again be exhibiting with its services around the design, development and testing of materials and textiles. At the booth G80 in hall 3.0, the visitors will find themselves in the middle of the imat-uve creative lab where the company presents itself with current projects. Among other things, this is a selection of innovative textile materials from the company's material library, which are developed further for specific requirements. Research projects show how textile innovations, for example at the car seat, ensure sustainable production and improved seating comfort.

The sustainable wear2wear concept is synonymous with high-quality, responsible clothing. In Europe, textile fibres from used garments will be used to produce new functional fabrics. Depending on the area of intended use, they also meet strict waterproofing, breathability, protection and comfort requirements. To ensure that the raw material cycle comes full circle, these textiles can be recycled again when they reach the end of their service life. As a result, there is no waste, and they go on to be used in the production of additional garments. All wear2wear partner companies guarantee that – from the quality of the raw materials to the guaranteed recycling end process– these are 100 percent recyclable, functional fabrics made of recycled textile fibres. Water- and dirt-repelling technologies based on renewable raw materials, along with the most advanced membrane technology, will ensure that the textiles are developed and manufactured entirely without the use of PFC in the future too.

“Lenzing stands for a responsible approach to nature. For this reason, we use 100% of the natural resource wood, from the core to the bark – as pulp, bioenergy and biochemicals such as acetic acid”, explains Lenzing CEO Stefan Doboczky. “That is why we are very pleased that our pioneering role with respect to the issue of sustainability has gained worldwide recognition”, Mr. Doboczky adds.

The Lenzing Group produces dissolving pulp at its sites in Lenzing, Austria and Paskov, Czech Republic. All the valuable raw materials are extracted from the wood within the framework of a cascading use. Acetic acid is derived from beech wood in the pulp production process, is recovered in several process steps and processed into high quality, food-grade acetic acid, for example for the food industry. Furfural is a product utilized as a solvent in the refining of lubrication oil, to name one example. Magnesium lignosulfonate is found in animal food or fertilizers.