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84 results for “composite”
- Composites Gurea
- Composites Evolution Ltd
- BiotexBiotex are a series of natural fibre reinforcements/biocomposite materials, including yarns, tapes, fabrics/textiles and preconsolidated sheets. The standard product range is based on flax, flax/PP and commingled flax/PLA. Components can be made from the fabrics or tapes using conventional moulding techniques. Biotex are recyclable and in some cases fully biodegradable.
- From Wind Turbine Blades to Infrastructure: A Breakthrough in Composite ReuseAs wind energy continues to expand, a less visible challenge is growing at the same time: what happens to wind turbine blades at the…
- Bamboo-Based Composite Drone Demonstrates Potential of High-Performance Bio-Based MaterialsA research team in Tianjin, China, has successfully flown a drone built partly from bamboo-based composite materials. The aircraft represents what researchers describe as…
- Exploring Hemp Composites in Aviation and BeyondCanadian company Hempearth Group is developing an aircraft made largely from hemp composites. This project shows the potential of hemp as a material for…
- Prickly Pear Cactus Waste Reinforces Biobased Composite MaterialsAgricultural waste from prickly pear cactus could provide a renewable source of reinforcement for biobased composite materials, according to researchers at the University of…
- Self-Healing Composite Materials Could Redefine Long-Term Performance in Structural DesignResearchers at North Carolina State University have developed a self-healing composite material that could radically extend the lifespan of high-performance structural components. The material…
- AI Accelerates Development of Woven Composite MaterialsA newly developed artificial intelligence model promises to revolutionise the way designers and engineers develop high-performance composite materials, significantly reducing the need for time-consuming…
- The Sustainable Composite Car Racing TeamThe CQS Group Racing Team is a student project by Industrial Engineering students from the University of Leuven. The goal of the project is…
- Recyclable Epoxy Composite Combines Fire Safety With Lightweight PerformanceAircraft and passenger trains rely on composite materials that combine low weight, mechanical strength and high fire resistance. However, many of these composites contain…
- Origami-Inspired Hybrid 3D Printing Eliminates Moulds For Lightweight Composite StructuresResearchers at the U.S. Department of Energy's Oak Ridge National Laboratory (ORNL) have developed a new hybrid 3D-printing process that combines origami-inspired design with…
- 3D CompositesComposites are made for lightweight and strong constructions and are a mix of fibers and resin. Aestetica 3D is a way to put colour, texture and depth onto the surfaces in the same manufacturing process. Carbon is lighter and stronger than glass so where weight needs to be the minimum this is the backing to use. The composite qualities are enhanced with a UV stabiliser in the epoxy resin.
- Esel Introduces Urban E-Bike With Wood-Composite FrameAustrian bicycle manufacturer esel has presented its latest model, the eUrban, alongside a rebranding of the company. Formerly operating under the name My Esel,…
- Forest-Based Bio-Resins Offer Circular Alternative For High-Performance CompositesResearchers at the University of Oulu in Finland have developed high-performance bio-based epoxy and polyester resins that can replace fossil-based resins in composite materials.…
- Duplicor® biobased compositeDuplicor® is a fully bio-based composite (building) material. Manufactured from a 100% natural resin, virtually non-flammable, lightweight, CO2-saving and also affordable. Duplicor® bio-composite is made from bio-waste and in a sandwich construction with old PET bottles, which is used as insulating core material.
- Fibre composite pavilion is inspired by natureEngineers at the University of Stuttgart developed the BUGA Fibre Pavilion, which combines cutting-edge computational technologies with constructional principles found in nature, and is…
- Wood Plastic CompositeThe composition of Wood Plastic Composite (WPC) is a composition of 55% wood flour, 10% talc, 33% PP resin and 2% grafted polymer. This mixture is melt compounded and than granulated.
- Recycled Wind Turbine Blade Fibres Reinforce Cement CompositesResearchers at Bydgoszcz University of Science and Technology in Poland have investigated cement composites reinforced with fibres recovered from wind turbine blades. The exploratory…
- MYCL™ CompositeMYCL™ Composite is a 100% biodegradable natural mycelium composite, sourced entirely from non-virgin agricultural biomass waste. It embodies a circular and eco-friendly approach, minimising environmental impact. The material is certified under the E0 Formaldehyde Emission Category, ensuring ultra-low emissions of formaldehyde, aldehydes, and other volatile organic compounds (VOCs).
- 3A Composites GmbH Kapa3A Composites Display Europe, an international business area of the 3A Composites Group and part of Schweiter Technologies AG, is the leading manufacturer of…
- Lunar Dust As A Resource: Reinforcing Composites For Future Off-Earth ConstructionAs plans for long-term human presence on the moon accelerate, the need for local building materials becomes more urgent. Transporting materials from Earth remains…
- New Technique for Recycling Carbon Fibre Composites Into Reusable MaterialsResearchers at the University of Southern California (USC) have developed an innovative recycling method for carbon fibre composites—a breakthrough that could greatly benefit industries…
- Lana wool mycelium compositeThe Lana project is an innovative exploration into the potential uses of pre-consumer wool waste, for the creation of mycelium-based composites intended for architectural applications.
