Composites Materials
Composite materials are engineered combinations of two or more distinct materials, merging their individual properties to create a new material with enhanced characteristics. Typically composed of a reinforcing phase (like fibers or particles) embedded within a matrix (often a polymer, metal, or ceramic), composites leverage the strengths of each component to achieve superior strength, stiffness, lightness, or other desirable attributes. Their versatility extends across industries, from aerospace and automotive to construction and sports equipment, where their tailored design and exceptional properties offer solutions for high-performance applications.
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VIDEO: Stamped, Welded TPC Rib Demonstrator Targets High-Rate Wing Production
Direct stamping and infrared welding produce a 64-ply thermoplastic wing rib that's 22% lighter than aluminum, an innovation detailed further in this ThermoForged video short and CW’s Daher’s Shap'in TechCenter plant tour.
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DLR, Omnidea-RTG Build Thermoplastic AFP Cryogenic Tank
SNAPSHOT: The 1-meter-diameter Type 5 demonstrator, made from carbon fiber/LMPAEK was developed under an ESA-funded project targeting hydrogen and methane storage.
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Noemi Aerospace Selects Syensqo Composites to Advance All-Electric Seaplane
FAA-approved carbon fiber prepreg and structural paste adhesive products will enable a lightweight, high-performance airframe for Noemi’s amphibious aircraft.
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R&M International Acquires Vartega EasyFeed Bundle Technology
The 50-year-old, family-owned recycler will carry forward Vartega’s rCF platform, which includes 1,000/tons of annual production capacity, for thermoplastics industry and automotive programs.
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Cambium, SHD Composites Reimagining a New Future for Composites
CW’s interview with Cambium chief informatics officer Tim Gardner discusses the company’s background and bio-enabled approach, inverse design and SHD Composites’ role as it seeks broader markets, growth and changing what’s possible with composites.
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Periplast Prints Mold, Skin and Core in a Single Robotic Cell in INOV.AM Program
SNAPSHOT: Periplast’s research-oriented robotic cell uses a single hybrid head to 3D print a mold, place a carbon fiber prepreg skin and deposit a honeycomb core without repositioning the part, removing a traditionally required bonding step.
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Latest Materials News And Updates
UW-Madison Engineers Develop Drapable Composite to Reduce Lightning Strike Damage on Aircraft
Researchers wove stainless steel yarn into carbon fiber fabric to create a drapable, Faraday cage-like layer that cut simulated lightning strike weight loss to 0.03%, down from 3% without hybridization.
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Chemically Recycled Thermoplastic Polymer is Successfully Demonstrated in Structural Component
In a project between LATI, Crossen Engineering and Bloc Blinds, a fiberglass-reinforced PA6 material enabled ≈70% GWP reduction, maintained mechanical performance and 1,000+ operating cycles.
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Yazaki Develops Lower-Carbon Bamboo Fiber Composite for Automotive, Industrial
YTCA has developed a bamboo-filled polypropylene composite that cuts carbon footprint by roughly 50% compared with conventional PP and talc/PP while matching their mechanical performance.
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UMaine Launches 3D Printed, Fiber-Reinforced Thermoplastic Boat
The 30-foot 3Dirigo X reaches speeds near 40 knots and builds on the original 3Dirigo’s 2019 record-setting print run, demonstrating a repeatable tool for defense and commercial boatbuilding.
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Immaks Advances Turkey’s Type 4 Hydrogen Storage Capability
The Aksa Composites brand is targeting UN ECE R134 certification by 2027 for its in-house-developed Type 4 storage vessels, as well as the start of an integrated supply chain for Turkey.
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GFRP Provider Fibrosan to Open Facility in North America By 2027
A local position in Michigan builds Fibrosan’s capacity to reduce supply chain instability, serve customers more effectively and enable more collaborative opportunities.
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Featured Posts
New Space, AFP Innovation, Top Shops and More
From the New Space market to thermoplastic AFP breakthroughs, the September 2026 issue of CW explores the urgency driving composites innovation, plus Top Shops honorees and what to expect at CAMX in Atlanta and Carbon Fiber in Huntsville.
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Carbon TPC Bike Frame With Reversible Joint Connection Surpasses Classic Racing Bike Challenges
3D printed titanium lugs and carbon TPC profiles joined minus adhesives or fastener elements enable material-, energy- and cost-effective recreational bike frames.
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Laser-Assisted Thermoplastic AFP In Situ Consolidation at Industrial Speed
CW talks to Layway founder Fedor Antonov on the physics of in situ consolidation, what the aerospace market failed to democratize and the central unsolved problem of industrializing this composites manufacturing technology.
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Recycled High-Density Transom Boards Increase Performance, Reduce Costs
REC's transom boards made from recycled composite waste offer nearly double the compression and shear strength of competing products — at a lower cost — and are already being adopted by leading marine manufacturers.
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Farnborough International Airshow 2026: Progressing the Composite Advantage
At the 2026 Farnborough International Airshow, the focus on next-generation aircraft propulsion, eVTOL and battery-electric aerospace emphasized process and architecture. In particular, it highlighted how structures are placed, cured and protected — rather than focusing solely on the material itself.
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Post Cure: Robotic Laminography Reveals Microscopic Impact Damage in CFRP Sandwich Panels
Unlike solutions constrained by flat, planar scanning motions and small component sizes, Omni NDE’s NDT methodology is free from movement restrictions, enabling the inspection of larger, more dynamic parts.
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