From the Sector

• Additives, pigments and masterbatches for transportation, packaging, textiles & fibers
• Support to “future-proof” medical applications
• Contributing towards more sustainable engineering plastics

Clariant, a world leader in specialty chemicals, turns the spotlight on its increasing on-the-ground support and innovation focus for North America’s four key plastics application segments at NPE 2018 Booth S18155.

Clariant is pushing forward with plans for growth in the region by advancing R&D competencies, and increasing its manufacturing footprint and technical capabilities across its 50+ sites, 3 R&D and 6 technical innovation centers. Clariant’s innovations for the plastics industry include advanced additives, masterbatches and pigments which support the packaging sector in engaging consumers via differentiated, convenient solutions. At NPE, it will also highlight solutions for enhancing and protecting healthcare products, as well as its contribution to stronger and colorful textiles and fibers for everything from e-mobility to industrial applications.

Deepak Parikh, president of region North America, Clariant comments: “Clariant’s product innovation for the US and wider North American plastics industry embraces the region’s fastest growing end-use areas of automotive and construction. It also addresses the impact of trends driven by changing consumer lifestyle preferences and market regulations on other important segments such as packaging and healthcare.”

Transportation
Clariant brings color and protection to support the increasing use of engineering plastics and high temperture resins in automotive interiors, exteriors and under-the-hood. Halogen-free Exolit® OP 1400 provides outstanding flame retardancy to polyamide parts, enhances safety with UL 94 V0 performance down to 0.4 mm and enables the molding of complex parts with no mold deposits and blooming. Exolit OP 1400 has been awarded the Clariant EcoTain®label for outstanding sustainability and performance. At the same time, Clariant offers low-halogen controlled high-performance PV Fast® pigmentswith excellent migration and weather fastness properties to meet the high requirements of today’s transportation and automotive industry. Easy processing Renol® compounds and masterbatches for engineering and high temperature resins provide heat and light stability, and flame retardancy, while maintaining critical flow properties in parts like SMT connectors. Importantly, they are available as small lots which enables customers to purchase only what they require and contribute to a reduction in their carbon footprint.

Packaging
As US packaging manufacturers explore more consumer-friendly, lighterweight and appealing solutions, Clariant is on hand to support their functionality, sustainability-related and color desires. Clariant Pigments has an innovative cooperation with Konica Minolta and matchmycolor to enable fast, precise and efficient color matching of HDPE products, using select organic PV Fast and Graphtol® pigments that comply with FDA regulations. The ColorWorks®center in Chicago is dedicated to US brand managers and designers with teams of color design experts to create color formulations faster than ever before for bottles, caps, closures and films.

According to market reports, plastic pouches are gaining share from traditional pack types in packaged food and are mainstream in home care. To support smoother and more environmentally-compatible processing especially for film applications, Clariant offers an FDA-compliant, vegetable-based powder amide wax, Licolub® FA 1, which acts as a slip and anti-block agent. It is suitable for polyolefins and PVC.

Textiles & Fiber
At NPE 2018, Clariant puts the focus on strong and colorful textiles, carpets and industrial fibers. New AddWorks® TFB 117 offers a number of benefits to help stabilize and smoothen fiber production processes, protect color, and improve heat stability and mechanical properties of fibers. AddWorks TFB 117 ensures smooth spinnability with less filaments breakage, even at low processing temperatures and at high speed spinning up to 5,500 m/min. Clariant also offers a broad range of colorants for polypropylene, polyester, polyamide and acrylic fibers, featuring migration fastness, chemical stability, light- and weather-fastness.

Healthcare
Clariant supports risk control and regulatory compliance for medical polymer and pharmaceutical packaging solutions. Its Mevopur® color and performance masterbatches and compounds include a USP Class 6 line of compliant products and multiple global ISO, 87, 88, and 661.1 certifications ahead of the market deadline. Clariant also offers selected FDA-compliant organic pigments and polymer soluble dyes that meet purity migration fastness as well as toxicological properties for medical devices and pharmaceutical packaging.

• JEC World 2018, closes its doors on March 8 with a record increase in attendance resuming 3 days of vibrant networking and knowledge sharing.

The event confirms its leading position of JEC Group as number one organization for the promotion and development of the composites industry. Indeed the show welcomed more than 1,300 exhibitors from every continents and counted 42,445 professional visits from 115 countries. “The ability of JEC Group to gather the whole composites Industry under one roof over 3 days lies in the fact that we always initiate new precursory programs to the service of composites professionals.” says Ms. Frédérique Mutel, JEC Group President & CEO. “This year we initiated new programs, for instance the Composite Challenge allowing 10 PhD students to pitch their thesis in front of the industry, thus facilitating connections between students and industrialists. In the same spirit, we increased in power our Start Up Booster and Innovation Award Programs to accelerate relations between young or innovative companies with investors or established enterprises. We also introduced one new planet called “Make it Real” along with the Aero, Auto and Construction planets. In this planet, we could discover astonishing futuristic products for example the Aeromobil, a flying car that would revolutionize urban transportation in the near future,“ she adds. “We launched our new Book on Natural Fibers: Flax and Hemp. We had strong communications on Composites Environmental Input and Recycling.”

The event was the first event to promote and host the new “French Fab”, a French government initiative to internationally promote the French Industry and Manufacture. Also, JEC World welcomed the French Secretary of State to the Minister of Economy and Finance Ms. Delphine Gény-Stephann, visit that demonstrates the growing role of composites in the industry.

Inspiring Keynotes to foster composites disruption

Dirk Ahlborn,CEO of Hyperloop opened the Startup Booster ceremony by supporting the spirit of ingenuity in the Industry. Dayton Horvath, industry expert and consultant in additive manufacturing presented his vision of how to apply artificial intelligence to composite Materials and Manufacturing. Finally, Yves Rossy, the “jetman” using the latest carbon-fiber wings for flight introduced the JEC Innovation awards ceremony, motivating the audience to pursue their dreams and explaining how composites could made his dreams come true.

The "Public Choice” Awards Winners

A first at the show this year was the introduction of the public votes to elect their favorite projects among two JEC programs promoting innovation. “The goal to create the “public choice awards” was to involve and embark our community to make their innovation loud. Our vision at JEC is to demonstrate and to make understand towards a broader scope the vast range of possibilities that composite materials offer.”
comments Ms. Anne-Manuèle Hébert, Director for JEC World and European Events for JEC Group.

Public Choice Award for Startup  Booster: Inca-Fiber (Germany) with 62.36% of the 2,221 votes
Public Choice Award for JEC Innovation Awards: Infusion technology for an aircraft wing by AeroComposit JSC (Russia) gaining 20.96% of the 4,126 votes.

CHOMARAT, the composite reinforcement specialist group, is launching its multiaxial glass NCF for thermoplastic composites. The unique patented stitching yarn used can withstand processing temperatures to 400°C, making it an innovative industrial solution for thermoplastic composites and an alternative to the woven reinforcements used especially in the automotive sector. For the first time, CHOMARAT is also exhibiting a unidirectional carbon NCF reinforcement that is adapted to the productivity and performance requirements in the wind energy sector.

AN INNOVATIVE INDUSTRIAL SOLUTION TO REINFORCE AUTOMOTIVE THERMOPLASTICS
Thanks to a unique patented stitching yarn, the glass NCF reinforcement (G-PLY™) developed by CHOMARAT offers new possibilities in thermoplastic RTM and organosheet processes. “This is an especially innovative solution, utilizing stitching yarns that are compatible with processing temperatures to 400°C. These multiaxials improve the performance and provide a lot of construction freedom in terms of fibre orientation. These new design possibilities contribute to structural optimization. The quest for more lightweight vehicles, shorter cycle times and lower cost is a major issue for all builders,” explains CHOMARAT Automotive Market Manager Francisco De Oliveira.
This new heat-stable G-PLY™ reinforcement can withstand very high processing temperatures without deformation and provides optimal mechanical performance.

A CARBON UD TO REINFORCE EXTRA-THICK WIND TURBINE STRUCTURES
For the first time, CHOMARAT is exhibiting an infusion-moulded laminate made with 150 plies of its new unidirectional carbon C-PLY™. This 600g/m², high-permeability NCF can be used to create extra-thick structures, in particular the wind-turbine blade stiffeners, or spar caps. “Cost reduction is the challenge in the wind energy industry. Increasing the blade length by incorporating carbon stiffeners increases power, and so it also lowers the cost of the energy,” says CHOMARAT Wind Energy Market Manager Raphaël PLEYNET. The carbon UD developed by CHOMARAT provides a solution to achieve the goal to optimize the weight/power ratio. The UD’s high permeability reduces cycle times and lowers the blade production costs.

Professor Sung Ha from the University of Hanyang will give a conference on composite challenges in the wind energy sector at 11:30 am on Wednesday, 7 March 2018 at JEC World.
Established in 1898, CHOMARAT is an international industrial textile group, involved in three businesses: Composites Reinforcements, Construction Reinforcements, Coatings & Films–Textiles. The privately held company operates in France, Tunisia, the United States and China to service its global customers.
CHOMARAT leads a strong innovation strategy, rising to challenges, developing materials for the future. Hence, the Group invests in new technologies and enters into collaborative research programs with universities and technical centers worldwide.
CHOMARAT offers strong technical know-how and mastery of complex technologies in fields ranging from automotive, aerospace, sports, energy, marine, construction, and also in markets requiring creativity and expertise, like luxury goods.

Geleen, NL - Royal DSM, a global science-based company active in health, nutrition and materials, today announces that DSM-Niaga and ECOR are to start a research collaboration. The collaboration will focus on developing fully recyclable and healthier alternatives for particleboard, MDF and other panel materials which can be used in industries such as building & construction, furniture, interior decoration and displays. ECOR offers technology for circular materials and has an R&D facility in Venlo, the Netherlands.

Looking at the piles of waste generated by the interior and construction industries, design for recycling is inevitable. Both ECOR and DSM-Niaga have been redesigning products to be fully recyclable back into the same product. The irreversible combination of materials and ingredients used in most products made with MDF and particleboard is the biggest challenge for technically and economically feasible recycling. Both ECOR and DSM-Niaga want to outsmart complexity for healthier and recyclable products.

Eric Logtens, CEO ECOR-NOBLE Environmental Benelux commented: “The concept that traditional materials like tabletops are up for incineration or disposal after their life cycle will be eliminated. Combining ECOR and Niaga® technologies, the core materials of products can be made from recycled content, and can be fully recycled after use.”

Chris Reutelingsperger, Chief Technology Officer DSM-Niaga commented: “By combining ECOR and Niaga, waste becomes a treasure. I can’t stop thinking of all the possibilities, and I hope that designers will approach us for ideas to make beautiful products and challenge us to broaden the possibilities of these technologies.”

In recent months ECOR and DSM-Niaga explored a collaboration by combining each other’s technologies. The technology of ECOR can make materials from natural fibers, with water, pressure and heat alone. DSM-Niaga manufactures products by using a reversible adhesive. This adhesive enables easy decoupling of different material layers, for full recovery and high value recycling. Both technologies were combined and tested in diverse product applications, like furniture and displays. The preliminary results led to further investigating of applications and will lead to new fully recyclable products.

Both technologies combined offer a fully recyclable alternative to all products made from MDF and particleboard, without compromising on material safety, quality, and recyclability. The joint objective of both companies is to offer manufacturing processes to local companies, solving local waste problems and boosting local economies on a global scale.

At JEC Asia 2017 (1-3 November), the international textile group CHOMARAT will receive a JEC Innovation Award in the Sports & Leisure category for its C-PLY™ Hexagonal with visual & structural stitching. “CHOMARAT provided NEILPRYDE and COBRA with its C-PLY™ Non-Crimp Fabric (NCF) technology to help them manufacture an innovative windfoil board, and we are very proud to be rewarded with our partners”, says Pascal JOUBERT DES OUCHES, Sports Equipment Market Director at CHOMARAT.

C-PLYTM HEXAGONAL COMBINES NEW CARBON LOOK AND PERFORMANCE

The unusual stitching of this carbon multiaxial NCF reinforcement combines visual appeal and mechanical performance. C-PLY™ Hexagonal is an innovative carbon NCF with a unique stitching yarn designed to be visible within the resin and to capture resin colour pigments. The stitching yarn also improves fracture toughness compared to standard NCF.
“We researched the right stitching yarn among multiple options before coming up with a tailor-made yarn solution. C-PLY™ Hexagonal provides a unique honeycomb carbon design that appeals to end users”, adds Philippe SANIAL, R&T Director at CHOMARAT.

A WIDE RANGE, FROM AERONAUTICS AND AUTOMOTIVE TO SPORTS & LEISURE APPLICATIONS

Originally dedicated to the design of aerospace and automotive parts, the concept is now successfully applied to the sports & leisure sector. In this innovative windfoil board construction, tows are spread to create thin plies, which are then stitched with precise ±45° angles. The C-PLY™ NCF structure respects the fibre alignment and is optimized in terms of fibre angles and ply weights, thanks to unique spreading technology. The result is a leading-edge carbon NCF reinforcement allowing structural design benefits, premium surface quality and overall parts cost savings. “Bringing a new carbon visual signature for our high-performance C-PLY™ range of NCF is a key to boost retail sales in the whole sports & consumers product industry”, concludes Pascal JOUBERT DES OUCHES.

“At Huntsman Textile Effects, we recognize our responsibility to not only create value for our stakeholders but to make a sustainable and vibrant world possible for future generations,” said Rohit Aggarwal, President of Huntsman Textile Effects. “Water is an essential resource and we are grateful for the opportunity to support and work closely with village leaders and local authorities with a sustainable solution to water issues faced by local villagers.”
Marking the inauguration of the storage facility at a ceremony in Luna village, Mr. B.R Naidu, Zonal Officer, Central Pollution Control Board said, “This initiative by Huntsman is a sustainable move as this will solve the perennial issue of water for Luna village for years to come. Huntsman has set an example for other companies to take similar initiatives in Baroda”.
The Luna village received water from Narmada water project but due to insufficient storage capacity, the water was drained away in nearby pond. In close consultation with major stakeholders like Sarpanch and Gujarat Pollution Control Board, Huntsman’s Baroda site management proposed the construction of a water storage facility as a long-term solution for the village.
The project was operated on a Public-Private-Partnership model and took close to two years to complete. Through a Memorandum of Understanding between Huntsman Textile Effects and Luna local administration, the project was scoped out with committees formed with assigned roles and responsibilities prior to work commencing. With construction complete and all final inspections successfully concluded, Luna village takes over the running and maintenance of the water tank. Huntsman invested and managed the construction of the tank, working hand-in-hand with the Gujarat Water Board who undertook the laying of pipelines, drilling of wells and other underground work required for a complete water solution.

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.

 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.