The US jet will fly to Europe in late 2025 as part of a plan by Bristol, Avinor and the Civil Aviation Authority to lay the foundations for the expansion of zero- and low-emission aviation.
The IM-2 mission launched the Nova-C class lander on March 6, and its composite propulsion system will ensure a successful landing and exploration of the Moon.
High-strength and high-performance materials are ideal for demanding operating conditions such as pressure vessels.
Fully automated Industry 4.0 production line for hydrogen high-pressure vessels improves the efficiency and versatility of producing next-generation environmentally friendly composite materials in a small space.
EHang Intelligent, JAC Motors and GX Holdings will jointly research automation of aircraft manufacturing technology, jointly build a manufacturing base and accelerate the commercialization of low-altitude aviation.
With unrivaled strength-to-weight ratios, durability in extreme conditions, and design versatility, composite materials are driving innovation in satellites, propulsion systems, and lunar exploration vehicles, bringing the space economy closer to the $1.8 trillion future.
With help and innovation from industry partners and the FIA, the Formula 1 team has taken the first steps towards introducing environmentally friendly composite materials into its W16 car.
Verisurf will operate as an independent business unit within Sandvik, expanding its capabilities in developing and delivering 3D composite measurement solutions.
At JEC World 2025, CW Editor-in-Chief Scott Francis discussed the latest developments in composite tooling with Massivit and Sika.
The HyperX CAE software approach allowed Radia to quickly and accurately evaluate the configuration of the WindRunner’s primary composite and metal structures.
D-STANDART develops rapid methods to better characterize composite fatigue damage and ensure supply chain resilience in real-world conditions. The results of the research will be presented at JEC World 2025.
The newly formed company leverages decades of research and proprietary methods to develop innovative solutions in the areas of composite material reliability and structural health monitoring.
Demand for carbon fiber is changing, and several key factors are driving the rapid transformation of the market.
Norco’s extensive materials and manufacturing expertise is reviving traditional expertise for the UK Ministry of Defence, delivering solutions for future programmes in the defence and communications sectors.
With help and innovation from industry partners and the FIA, the Formula 1 team has taken the first steps towards introducing environmentally friendly composite materials into its W16 car.
The technology center, which specializes in composite materials, creates research alliances in the fields of digital and sustainable technologies, additive manufacturing, thermoelectrochemistry, hydrogen and the development of new technology centers.
The new name builds on the parent company’s international recognition and promotes efforts to recycle carbon and aramid fibers.
The use of recycled carbon fibres and bio-resins is set to change the future of photovoltaics and mobility.
Recent internal investments in technology enable Ruckus to meet the needs for advanced composite material inspection and precision machining.
The technology center, which specializes in composite materials, creates research alliances in the fields of digital and sustainable technologies, additive manufacturing, thermoelectrochemistry, hydrogen and the development of new technology centers.
A fully automated system for handling large composite structural components reduces overall degassing time in a single compact unit.
The third-generation design, approved by U.S. aerospace manufacturers, is designed to simplify cutting operations on metals and composites.
At JEC World 2025, CW Editor-in-Chief Scott Francis discussed the latest developments in composite tooling with Massivit and Sika.
Mexico is a strategic location for Engel’s current and future expansion, offering greater efficiency, faster response to market needs and a skilled workforce.
CW Tech Days is a virtual event focused on topics impacting today’s composites industry. View past events and register for upcoming Tech Days.
Trusted news and information on where and how fibre reinforced composites are used is just the beginning of what you’ll get from the CompositesWorld team.
An increasing number of prototypes and production-ready smart devices are using thermoplastic composite housings and other components, providing a lightweight, optimized and environmentally friendly alternative to metal.
CW explores the key developments in composite materials that have influenced the way we think and view the industry today.
Understanding the basics of drawing interpretation, including base layer tables, layer definition drawings, etc., lays the foundation for properly evaluating composite structures.
To ensure successful sealing and release and to reduce the risk of parts sticking, regular maintenance of the installation tools is necessary.
Adhesion failures can have serious consequences for manufacturers, including increased scrap rates, damage to brand reputation, costly warranty claims, and even safety hazards. These failures are often the result of improper surface preparation, highlighting the importance of surface energy (the ability of a substrate to effectively interact with an adhesive, coating, or sealant at a molecular level). Brighton Science has over two decades of experience researching adhesion issues and has concluded that over 90% of these problems are caused by improper surface preparation. This webinar will provide a brief overview of surface energy and its critical role in achieving a successful bond. By attending this webinar, you will gain valuable insight into the fundamentals of surface energy and its impact on adhesion. You will learn how to use WCA measurements as a powerful quality control metric and how to use Brighton Process Monitor to simplify surface energy analysis and improve overall production efficiency. Agenda: Learn how to identify and eliminate critical control points in the manufacturing process that have a significant impact on bond quality; Learn how other companies have successfully used water contact angle (WCA) measurements to provide fast, safe and reliable data for integrating surface energy as a critical quality key performance indicator (KPI); Explore Brighton Process Monitor, a powerful application in the BConnect network surface monitoring system.
Carbon fibre is the most valuable and high-performance fibre in the composites industry. Its use in existing and emerging markets is expanding, and the number of companies producing carbon fibre is also increasing. The Future Materials Group (FMG) presentation will assess the drivers and barriers to carbon fibre demand growth and their impact on the different carbon fibre market segments, key players, and recent and announced investments in carbon fibre manufacturing capacity. The analysis will consider several supply and demand scenarios, and consider the impact of potential market gaps.
In this case study webinar, learn how Multi-Ply, a leading composite parts manufacturer, recently used Plataine’s AI-powered solution to optimize composites production planning. This webinar will detail how Plataine’s AI-powered planning solution, designed specifically for composites manufacturing, can minimize delays, optimize resource allocation, and improve manufacturing productivity. Hear directly from the Multi-Ply team about their journey to digitalizing planning and creating accurate mass production plans in minutes. Learn how automated planning can help them overcome the unique challenges of composites manufacturing, improve production accuracy, eliminate bottlenecks, and optimize plant resources. Gain insights to automate composites production plans, improve plan accuracy, respond quickly to production issues, and use simulation to support strategic decision making and growth in the composites industry.
Understanding the complexities of prepreg curing is critical to composites research. This study utilized the capabilities of an encapsulated rheometer in accordance with ASTM D7750 to gain insight into the failure modes of prepreg curing. The study focused on five critical factors (breakout time, temperature, temperature ramp rate, pressure, and ply orientation) and their impact on specific prepreg grades. By examining these parameters, this study identifies optimal conditions and provides insight into cure states and viscosity levels, with the goal of further improving the reliability and performance of composites.
Composite materials are currently successfully used in the certification and low volume production (LRIP) of eVTOL aircraft. As the demand for eVTOL grows, the pace of vehicle production will increase and the challenge of high-speed composite manufacturing will become a reality. Syensqo develops composite solutions that meet the most demanding requirements of current and future eVTOL vehicles. The presentation will highlight the key factors and Synsqo’s approach to unlocking the full potential of composite materials in eVTOL rotor blades. Agenda: Advanced Air Mobility Market Overview Future Composite Adoption Challenges Key Drivers for Advanced Air Mobility Rotor Blades Syensqo’s Advanced Blade Material Solutions
As the aircraft interiors industry increasingly focuses on circular and sustainable solutions, it is vital that the supply chain adopts these innovative technologies to remain competitive. Today’s thermoplastic composites offer significant benefits, including faster production, greater recyclability, and lighter weight. Join Toray for this insightful webinar as they discuss the latest developments in thermoplastic composites and their application in aircraft interiors. Toray will explore how these materials can enable efficient part production while improving overall sustainability and meeting the strict FST standards in the aviation industry. Whether you are a design engineer, materials expert, or industry professional, this conference will provide you with valuable insight into how thermoplastic composites are driving innovation and competitiveness in the aircraft interiors industry.
PTXPO 2025 is the comprehensive exhibition of cutting-edge technology and innovation in the plastic injection molding industry. Join fellow moldmakers, brand owners, original equipment manufacturers and their full-service suppliers in Rosemont, Illinois for three days of non-stop networking, education and business development opportunities.
The annual Clean Aviation: Mastering the Transformation 2025 Forum focused on the latest vision for EU aviation, with competition and cleanliness at the heart of our strategy to deliver a new generation of aircraft by 2035. However, the transition and shift towards clean technologies poses significant challenges for research and innovation, from developing breakthrough technologies to accelerating their market readiness and deployment. Leading policymakers, industry leaders and academic experts will provide valuable insights on how to navigate the transition, aiming to spark meaningful debate on scaling up the technology, aligning funding opportunities at all levels and providing high-quality demonstrations of innovative aircraft. In addition, the Hardware Centre will once again be showcasing tangible progress as part of the Forum events this year.
This year’s Forum focused on the latest vision for EU aviation, with competition and cleanliness at the heart of our strategy to deliver a new generation of aircraft by 2035. However, the transition and shift towards clean technologies poses significant challenges in research and innovation, from developing breakthrough technologies to accelerating their market readiness and deployment. Join us at the upcoming annual Clean Aviation Forum, where leading policymakers, industry leaders and academic experts will share valuable insights on how to navigate the transition, as we look to engage in meaningful discussions on scaling up the scope of technology adoption, aligning funding opportunities at all levels and providing high-quality demonstrations of innovative aircraft. In addition, the Hardware Centre will once again showcase tangible progress as part of the Forum’s events. Be sure to visit the exhibition area, where posters and hardware from ongoing clean aviation projects are on display. Mark your calendars for March 18 and 19, 2025, when the annual Clean Aviation Forum takes place to explore revolutionary paths to a cleaner, more competitive aviation industry.
The 17th International Exhibition “Composites” is a unique exhibition in Russia, a platform for the development and promotion of composite technologies and materials in various industries. Many Russian and foreign companies took part in the exhibition, such as ONPP “Technology”, RT-Khimkompozit, Stupino Glass-Reinforced Plastics Plant, Akzo Nobel NV, Evonik and OCV Steklovolokno (OCV Reinforcements). The exhibition consists of three parts: development of production and economic ties; exchange of scientific and technical information; wide promotion and application of innovative technologies in the production of composites.
Hands-on Workshops on Critical Cleaning Techniques! In this one-day workshop, you will learn how cleaning and cleanliness testing works. By participating in hands-on exercises on cleaning techniques and cleanliness testing, participants will gain the knowledge and skills needed to make practical, effective and sustainable manufacturing decisions. While the exercises are complemented by demonstrations and tutorials, the workshops will not be boring if you use only PowerPoint! Topics include aqueous, solvent and “non-chemical” cleaning, including cleaning chemicals and cleaning processes (spray, ultrasonic, cyclic nucleation, in-line, batch). Most manufactured products and their contact surfaces require cleaning during (and sometimes after) production and assembly. Industries where effective cleaning is critical include: metal fabrication, product assembly, optics, electronics, microelectronics, wafer manufacturing, medical equipment, aerospace/aviation, military and additive manufacturing. What Do You Call Cleaning? There are many different terms for cleaning. Cleaning Precision Cleaning Critical Cleaning Safety/Critical Cleaning Finishing Surface Preparation Techniques Cleanliness Residue Removal Who Will Benefit From This Seminar If you or your company manufactures, finishes, services, or repairs products or product contact surfaces, such as reaction vessels, you will benefit from attending this seminar. If you sell chemicals or cleaning equipment, this seminar will help you better understand and optimize the market for your products. Examples include: Process engineers Product design managers Sales and marketing managers Plant personnel Assemblers, operators Process technicians Quality control personnel Regulatory professionals (industrial, military, and government) Safety/environmental professionals Participants will receive a Certificate of Completion in PDF format from Sam Houston State University with continuing education credit.
There are more than 12,000 ASTM standards used worldwide. These standards, defined and developed by ASTM, improve the lives of millions of people every day. Numerous ASTM committees will meet in Toronto, Canada, in April 2025, including: C18 Stone D22 Air Quality B05 Copper and Copper Alloys D14 Adhesives E33 Architectural and Environmental Acoustics E35 Pesticides, Antimicrobials, and Alternative Controls D10 Packaging D20 Plastics E06 Building Performance F12 Safety Systems and Equipment E50 Environmental Assessment, Risk Management, and Corrective Action F17 Plastics Piping Systems F45 Robotics, Automation, and Autonomous Systems E18 Sensory Evaluation C16 Thermal Insulation D09 Electrical and Electronic Insulation Materials D07 Wood E60 Sustainability F49 Digital Information in the Supply Chain B01 Electrical Conductors F48 Exoskeletons and Exoskeletons F02 Primary Barrier Packaging F36 Utilities and Technology
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Jetcam’s latest paper examines key cutting considerations in composite manufacturing, as well as strategies for achieving a balance between material efficiency and kitting speed.
Arris has presented the results of mechanical tests of thermoplastic composites based on natural fibers developed by Arris, in comparison with similar materials based on glass and carbon fibers.
Tank manufacturers Cevotec, Roth Composite Machinery and Cikoni have undertaken a comprehensive project to investigate and demonstrate the impact of dome reinforcement on composite tanks using FPP technology.
Early demonstrations in furniture have shown performance characteristics two to nine times better than plywood, with OOA molding used for uniquely shaped parts.
The Composite Pipes white paper discusses some of the factors to consider when selecting composite pipes, such as mechanical properties, maintenance requirements and more.
This baseline study discusses the current state of carbon fiber recycling in Utah and evaluates potential strategies and policies that could improve sustainable practices in the region.
GBI: The final composites production score fell to 52, helped by strong performance across all parts types.