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Auf dem Gebiet der maritimen Angelegenheiten ist der Korrosionsbeständigkeit von Basaltfasernetz besonders hervorragend. Infrastrukturen wie Seehäfen und Brücken stehen häufig aus hohem Korrosionsbedrohungen durch Meerwasser aus, und die Korrosionsbeständigkeit von Basaltfasernetz kann die Lebensdauer dieser Einrichtungen effektiv verlängern. Darüber hinaus machen seine hohe mechanische Stärke und eine gute dielektrische Isolationsleistung das bevorzugte Material zur Verbesserung der Matrix im...
Die anisotrope Maschen-Kohlefaser-Verstärkungspolymer (CFRP) -Meshschale (CFRP) ist eines der effektivsten Konstruktionen zur Reduzierung des Gewichts der Hochleistungsstrukturen des Raumfahrzeugs. Sie bestehen aus regelmäßigen Mustern, die sich mit kreisförmigen und spiralförmigen Rippen (mit oder ohne dünne Außenhaut) und der Steifheit in der Ebene (Membran) und aus der Ebene (Biege) in der Ebene (Membran) und der Verhinderung des Knickens unter hohen Kompressionslasten entscheiden. In den...
Nach mehr als 2 Jahren experimenteller Operation hat das Sichuan Basalt Fiber New Materials Research Institute die Basalt -Oyster -Flöße von der Qinzhou Oyster Farming Base in Guangxi erfolgreich getestet und akzeptiert. Alle Indikatoren haben die erwarteten Ziele erreicht, und das Experiment war erfolgreich. Es wird berichtet, dass sich traditionelle Austernanbaugebiete hauptsächlich in Küstenbuchten befinden, während die neue Basalt -Austernreihe in Gebieten etwa 25 Seemeilen von der Küste...
Am 12. Dezember kündigte die offizielle Website von Kaiser Japan eine strategische Kooperationsvereinbarung mit LIB -Arbeiten an, um große Space -Holzresidenzen zu entwickeln und zu verwirklichen. Als erster Schritt der Zusammenarbeit zwischen beiden Parteien wird die LIB-Arbeiten mit dem Verkauf der "Lively Villa" -Serie von Holzresidenzen, die ab Januar 2025 von Teijin geplant und entworfen wurden, mit dem Verkauf von Hochleistungs-Kohlefaser-laminiertem Holz "Lively Wood"...
Carbon fiber (CF) and its composite materials have become stars in the field of materials science due to their excellent properties such as high strength, high modulus, high temperature resistance, and corrosion resistance. However, in the specific field of underwater vehicles, the application of carbon fiber is relatively limited. Especially after the tragic implosion of the Titan submersible last year, concerns have been raised about the use of carbon fiber in underwater applications. In June...
The German independent research institution Technikum Laubholz has opened a state-of-the-art pilot plant to showcase its process of synthesizing carbon fiber from local hardwood resources. The institute was established in 2020, initiated by the state of Baden-W ü rttemberg with the support of the Ministry of Food, Rural Affairs and Consumer Protection. This type of wooden carbon fiber is called WDBSD-CF and is manufactured using energy-saving processes. Compared to producing carbon fiber...
It is reported that Japanese company Nitta is developing the application of carbon fiber reinforced plastic (CFRP) using its patented technology Namd, which uniformly composites carbon nanotubes (CNT) on the surface of carbon fibers. The characteristic of this technology is that it can achieve molded products that are superior to traditional CFRP in terms of strength, heat resistance, and lightweight performance. It is developed and used as an advanced material that can be widely applied to...
Basalt fiber, a high-performance fiber made by drawing natural basalt ore after high-temperature melting, is gradually becoming the new favorite of industrial materials due to its excellent physical and chemical properties. It not only has high strength, high modulus, high temperature resistance, corrosion resistance and other characteristics, but also has good electrical insulation and UV resistance. These characteristics make basalt fiber composite materials have broad application prospects...
A 64 meter long highway bridge has been equipped with carbon fiber reinforcement devices, which is reported to be the first application in modern European bridge construction. In addition, it has reduced construction costs and carbon dioxide emissions. This marks an important milestone in modern bridge construction and is also the first in Europe to combine orthotropic composite pavement panels with carbon fiber reinforcement for highway bridges. According to SGL Carbon, compared to traditional...
Helbig, John Collamore III of Hulls Unlimited East Inc. in Deltaville, Va., and Whitey Laurier of Glass Marine of Hayes, Va., all came to Virginia about the same time and started turning out working craft modeled after traditional wooden deadrise boats. At first, these three companies struggled to find direction in the Chesapeake shipbuilding market, where wood had always been the king and sailors were skeptical of fiberglass as a shipbuilding material. One of Helbig's first commercial fishing...
As one of the components of ship mooring equipment, mooring ropes play an extremely important role in maintaining the safety of dock facilities, maintaining the stability of ships or work platforms, and ensuring operational safety. Due to the unique operating environment of ships, mooring ropes are used in harsh conditions such as high salinity, high humidity, high strength, and high temperature for a long time, which requires extremely high performance requirements for the corrosion...
Nowadays, most hikers do not go out without a hiking stick. Climbing poles can help you provide power for steep slopes, support your weight when going downhill, and provide additional contact points on soft or uneven terrain. The best hiking poles are comfortable to hold in your hand, hard under load, easy to carry in a backpack, and can help you tackle challenging terrains for painless hiking. Diorite telescopic carbon fiber pole is a rare and uncompromising hiking pole. The staff said, "It is...
As an emerging representative of traditional acoustic guitars, carbon fiber guitars are gradually becoming the new favorite of musicians. Compared to traditional acoustic guitars, carbon fiber guitars are lighter, stronger, and have excellent sound quality. After undergoing initial design testing, carbon fiber guitars are gradually attracting the attention of more and more musicians. The biggest feature of carbon fibre guitar is its innovative design, with a more free and flexible appearance...
The application of UHMWPE in deep-sea platform positioning ropes is becoming increasingly widespread. UHMWPE has many excellent properties. Firstly, UHMWPE has high strength and wear resistance, stronger and more wear-resistant than many metals. Secondly, UHMWPE can maintain good performance at extremely low temperatures, making it suitable for use in deep-sea environments. In addition, UHMWPE also has excellent corrosion resistance, which can prevent the influence of seawater and other...
Emergency medical stretchers, especially those used by the military, require a series of parameters that are difficult to achieve: they must be lightweight, foldable, and easy to carry in backpacks; Must be durable enough to withstand rough handling and potential harsh environments; It must also be sturdy enough to safely transport patients. Epsilon Composite is a company that produces various components from aircraft pillars to utility conductor cores. In the following two years, the Epsilon...
Anti corrosion flooring refers to the laying of a layer of flooring material on the ground that has functions such as anti-corrosion, waterproofing, mold prevention, and fire prevention. It is commonly used in industrial plants, hospitals, laboratories, and other places. Fiberglass cloth is a high-strength and corrosion-resistant building material. Glass fiber cloth plays a crucial role in the construction of anti-corrosion flooring. ①Adding fiberglass cloth to the floor can effectively improve...
The University of Michigan has successfully developed a tiny implantable carbon fiber electrode that has demonstrated the potential to provide a long-term brain computer interface in mice, allowing for the capture of the range and subtle differences of electrical signals over a long period of time. This research achievement may one day bring progress to humanity and improve the quality of life for many people through the following ways: enabling amputees and spinal cord injured individuals to...
Running shoes use carbon fiber sheet due to their propulsion and energy providing characteristics. But the carbon plates that enable runners to move forward quickly are difficult to cope with the constantly changing terrain beneath their feet. Hoka has adopted a parallel carbon fiber board solution in the Tecton X off-road racing shoes of the brand, aiming to provide the propulsion advantage of carbon fiber, but has been updated to improve the agility of runners on uneven tracks. Gretchen...
Basaltex, pioneers in innovative uses of basalt fibres, has achieved a significant milestone in developing and testing a new composite material solution comprising fibres of basalt combined with EconCore’s patented honeycomb technology. The development of this new material greatly improves its fire resistance and has high rigidity and honeycomb lightweight characteristics. The company has tested composite materials of basalt fiber, bio resin, and rPET honeycomb. Long filaments made solely...
With the development of the economy and the improvement of social security levels, the phenomenon of aging has also intensified. The joint wear and tear of elderly people, coupled with various accidents and incidents, has led to an increasing number of joint injuries year by year. Artificial total joint replacement is currently the best treatment option for severe joint injuries and joint necrosis in clinical practice, mainly including total hip replacement and total knee replacement. UHMWPE is...
Researchers at the Iranian Institute of Polymers and Petrochemicals are conducting in-depth research on the mechanical properties of glass fiber reinforced 3D printed wires to achieve stronger composite materials. The team prepared ABS based composite wires for tensile, bending, and torsional testing to evaluate the mechanical behavior of the resulting 3D printed parts. Firstly, the research team prepared four different formulations of continuous glass fiber reinforced ABS (ABS weight of 2%,...
Basalt fiber reinforced HDPE, as an enabling technology for low-cost WEC equipment, has contributed to various aspects of the energy trilemma by reducing carbon emissions, lowering energy costs, and utilizing wave resources in the UK to provide supply security. Basalt fiber-reinforced high-density polyethylene (HDPE) provides a low-cost structural material that can resist ultraviolet radiation, corrosion, and biological pollution, thereby extending the life of wave energy converters and...
Soft body armor is usually made of fabrics such as aramid and ultra-high molecular weight polyethylene fibers. Their puncture resistance depends on the friction between the yarns and fibers inside these materials. To some extent, greater friction means greater protection. Researchers reported in ACS Applied Nano Materials that carbon nanotubes and polyacrylates reinforced traditional aramid to produce lightweight, soft fabrics that provide better protection. Additional components can be added...
Lightweight and hard carbon fiber composite materials are important structural materials for automobiles, airplanes, and other transportation vehicles. However, damage in carbon fiber composite structures can be hidden beneath the surface and cannot be detected by visual inspection, which may lead to catastrophic accidents. ORNL researchers Bowland and Amit Naskar have invented a roll to roll process that utilizes semiconductor silicon carbide nanoparticles to coat conductive carbon fibers....
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Privacy statement: Your privacy is very important to Us. Our company promises not to disclose your personal information to any external company with out your explicit permission.