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In recent years, a number of flourishing new industries, is in a breakneck speed, become a new pillar of the modernization of the industrial system. Among them, as the "chassis technology" of advanced manufacturing, new materials are the indispensable material foundation to support high-end equipment and major projects.   According to estimates, from January to September this year, the total output value of new materials industry exceeded 5 trillion yuan, maintaining double-digit growth. Accelerating the outbreak of new materials, in fact, "new" in where? Compared with traditional materials, what are the advantages? Today, "accelerate the formation of new productivity" special program into the "king of new materials" - carbon fiber.   On the field, it helps athletes to set new records; in life, it makes light load a habit; in space, it launches a severe impact on metal materials. It is carbon fiber. A bunch of chopstick-thick T1000 carbon fiber, enough to pull two C919 domestic aircraft. There are only a few countries in the world with carbon fiber R & D and large-scale production capacity, and China is one of them.   Chen Qiufei, Deputy General Manager of Zhongfu Shenying Carbon Fiber Co., Ltd: A 5 mm wide bundle of carbon fiber contains 12,000 monofilaments. This year has just achieved mass production of T1100 grade carbon fiber is not the same as the laboratory breakthrough. Only batch stabilized production, the quality is stable, to meet the needs of a large number of industrial applications such as aerospace. In 2021, China became the world's largest producer of carbon fiber for the first time; in 2022, the amount of domestically produced carbon fiber for the first time beyond the amount of imports. In May this year, the world's largest single annual output of 25,000 tons of high-performance carbon fiber project, full production in Xining. With the large-scale production of domestically produced carbon fiber, once pushed up by import restrictions on the price should fall back, limited by the cost of a large number of demand release.   Translated with www.DeepL.com/Translator (free version)In 2021, China became the world's largest producer of carbon fiber for the first time; in 2022, the amount of domestically produced carbon fiber for the first time beyond the amount of imports. In May this year, the world's largest single annual output of 25,000 tons of high-performance carbon fiber project, full production in Xining. With the large-scale production of domestically produced carbon fiber, once pushed up by import restrictions on the price should fall back, limited by the cost of a large number of demand release.   An area as open as a ski slope is the inner cavity of an offshore wind turbine blade, which is 123 meters long. Suspended in the air is the main beam being lifted, mainly made of carbon fiber, the role of the main beam in the blade is equivalent to the human spine.   The amount of carbon fiber used for a blade is about 10 tons, with carbon beams accounting for one-fifth of the weight of a wind turbine blade and more than one-third of the cost. The thin layer of carbon beams laid in the blades of the huge wind turbine, like seaweed sheets, is actually made up of more than a dozen layers of carbon plates at its thickest point. A piece of carbon plate weighing about one kilogram, its carbon fiber content of more than 70%. Before this year, the factory has been using imported carbon fiber, a carbon plate price of about 150 yuan. The factory started using domestic carbon fiber from this year, and the cost of carbon boards dropped by half.   More and more industries can afford carbon fiber, carbon fiber market is also accelerating the formation of the use of carbon fiber. Under the promotion of the "dual carbon" strategy, hydrogen energy, as an important part of the future national energy system, has attracted a number of future industrial layout, storage and transportation is the urgent need to crack the problem.   The hydrogen storage cylinder wrapped with carbon fiber, which is used for hydrogen transfer between hydrogen refueling stations, can reduce the thickness of the inner liner of this cylinder wrapped in its middle from two centimeters to one centimeter compared to traditional hydrogen storage cylinders, and can transport 30% more hydrogen under the same weight.   Using lighter containers to store more hydrogen is the industry's direction of development, but also where carbon fiber can make a big difference. A batch production line for a product that just received a manufacturing license this year is currently working with car companies to jointly develop hydrogen storage cylinders needed for hydrogen fuel cell passenger cars.   A 63-liter hydrogen cylinder can hold 500 times its volume of hydrogen, while the inside of the cylinder is under high pressure at 70 MPa. Ji Zengxiang, deputy director of the R&D center of Sinoma Science and Technology (Suzhou) Co., Ltd: 70 MPa can be interpreted as 700 kilograms of weight in an area the size of a fingernail cap. White is the plastic liner, play a sealing role, the strength of the entire 70 MPa is provided entirely by the black carbon fiber.   Whether it is a breakthrough from 0 to 1, or from 1 to 100 deep plowing, carbon fiber as the representative of the new materials, constantly through technological innovation, prying product upgrades, and promote industrial leap.   Gathering resources and collaborative innovation China's new materials industry has entered a new stage of development   As a star in the field of new materials, carbon fiber is just a microcosm of the rapid development of new materials. Data show that in 2022, the total output value of China's new materials industry will be about 6.8 trillion yuan, an increase of nearly six times over 2012, with an average annual compound growth rate of more than 20%.   Behind the breakthrough progress of a number of key new materials, inseparable from the power of scientific and technological innovation, and the development of new materials, and further support the progress of new technologies to accelerate the formation of new qualitative productivity, new materials will also be how to power?   Gan Yong said, a generation of materials to determine a generation of technology, new materials is a chassis technology, but also a pioneer technology. In recent years, it is in the key materials on a breakthrough, strong support for China's rail transportation, manned spaceflight, energy engineering, electronic information, biotechnology and other new generation of technology development, and the upstream and downstream industries to form a strong impetus.   Director of the National Expert Advisory Committee on the Development of New Materials Industry, Academician of the Chinese Academy of Engineering, Gan Yong: new steel materials, special alloy materials, we built the world's longest 42,000 kilometers of high-speed rail, and the development of new materials to promote our new energy vehicles to lead the technological development in the world. Information materials, especially compound semiconductors, we have made many breakthroughs. The development of these new materials has laid a relatively good foundation for the manufacturing powerhouse to enter the high-quality stage in high-quality development.     At present, China's new materials industry is facing major strategic needs and has entered a critical window of development. The key core areas represented by advanced new materials such as nanomaterials, carbon-based materials, coating materials, advanced fiber materials, third and fourth generation semiconductors, etc., are becoming the focus of global competition in the future.     Director of the National Advisory Committee of Experts on the Development of New Materials Industry Gan Yong, academician of the Chinese Academy of Engineering: especially in the integrated circuit 14 nanometer, 22 nanometer below or even to 7 nanometers. Some materials in this area we have to keep up. In the layout of cutting-edge materials, a very important kind of material is the new information material. It supports the country's overall arithmetic base with the future of artificial intelligence era of national power struggle. Now we are in the layout of quantum communication, quantum display, quantum computing, quantum detection, including the future 6G materials, information storage materials and so on. In fact, it also provides a foundation for future industrial development.     In recent years, in the field of new materials, global competition has become increasingly fierce. Gan Yong believes that through the national major special projects to gather innovative resources, to create a multi-body, full chain, systematic new materials system, can realize the transformation from a large material country to a strong material country. At present, the number of professional and skilled personnel in the field of new materials in China ranks first in the world. Among them, there are more than 200 academicians of the Chinese Academy of Sciences and the Academy of Engineering, and more than 1.15 million materials science and technology talents; more than 60 national key laboratories of new materials; and the gradual implementation of the recently launched major special projects of new materials, which will become the support for the comprehensive promotion of the high-quality development of China's new materials industry.     Director of the National New Materials Industry Development Expert Advisory Committee, Academician Gan Yong of the Chinese Academy of Engineering: Form a number of long-lasting, stable, high-level R&D platforms to comprehensively promote China's new materials to high-end development. Under the new stage of new quality productivity, new materials will enter a stage of vigorous development. And some materials due to the huge demand, through the mega-market drag, the development speed will exceed the conventional, our independent localization of the material varieties are more and more, in the high-end materials breakthrough ability is more and more strong.  

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A New Zealand customer recently visited our carbon fiber pole factory in China and was impressed by the quality and efficiency of our manufacturing processes.The customer, who owns a window cleaning business in New Zealand, was in search of a reliable and durable carbon fiber pole for his business. After researching various manufacturers, he decided to visit our factory in person to learn more about our products and processes. During his visit, he was given a tour of our factory, where he was able to see first-hand the manufacturing process of our carbon fiber poles. He was impressed by the level of automation and precision in our production line, as well as the strict quality control procedures we have in place. The customer was also impressed by the versatility of our carbon fiber poles, which he noted had a range of applications beyond just window cleaning. He was particularly interested in our cargo hold high-pressure cleaning carbon fiber pole, which he saw as a potential addition to his business in the future.At the end of his visit, the customer was convinced of the quality and reliability of our carbon fiber poles, and he decided to place an order for several of them to be shipped to his business in New Zealand. Our team was pleased to have the opportunity to showcase our manufacturing capabilities and product quality to the customer, and we look forward to building a long-lasting business relationship with him. This visit highlights our commitment to providing high-quality carbon fiber poles to our customers, and our dedication to excellence in production and customer service. We are confident that our focus on quality and innovation will continue to attract business from customers worldwide.

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A long-time German customer recently visited our carbon fiber pole factory in China to strengthen the business relationship that we have been building together for over 10 years. Our German partner, who specializes in the manufacturing of high-end camera equipment, has been purchasing carbon fiber tubes from us for over a decade. During this time, we have built a solid business relationship based on trust, reliability, and mutual respect.   During his visit to our factory, he was given a tour of our production line where he was able to witness the process of the carbon fiber tubes being manufactured and treated on-site. Our team also explained the different manufacturing processes that we implement to ensure the highest quality carbon fiber poles. The visit was an opportunity to discuss the new products and services that we have developed since we first started working together, as well as to explore new areas of potential collaboration. Our customer expressed his satisfaction with our products and services and was excited to discuss further business opportunities in the future.The visit was also an occasion to celebrate the strong business relationship that we have developed over the years. It was an excellent opportunity to recognize the mutual commitment we have to each other and the value both companies receive from our working partnership. Our team was delighted to welcome our German partner to our factory, and we look forward to continuing our successful business relationship for many more years to come. This visit highlighted our commitment to providing high-quality carbon fiber poles for our customers and our dedication to excellence in production and customer service. We are proud to continue to work alongside our partners and provide them with the best possible service.  

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  Our entire company recently took a trip to Xi'an City to experience the rich culture and history of one of China's most ancient cities. As a company committed to providing top-quality carbon fiber poles to our customers, we understand the importance of fostering a strong team dynamic and promoting a positive work-life balance. With this in mind, we organized a company-wide trip to Xi'an City to give our employees a chance to discover more about China's history and culture while enjoying a weekend away with their colleagues. During the trip, we saw famous landmarks such as the Terracotta Warriors, the ancient city walls of Xi'an, and even the Giant Wild Goose Pagoda. We also sampled traditional food from the region and had the opportunity to try our hand at calligraphy and other cultural activities.The trip was a hit with our employees, who found it to be an excellent opportunity to bond with colleagues they don't see as regularly and to learn about the history and culture of China.Our team has always been committed to providing excellent service to our customers and creating an enjoyable, rewarding work environment for our employees. This trip was an essential part of that commitment, allowing us to come together outside of the office and experience cultural bonds that could not be available in daily work life.We believe that this trip to Xi'an City has fostered stronger relationships between our employees, promoting a positive company culture and ultimately benefiting our customers. Our team is grateful for this opportunity to explore one of China’s ancient cities and look forward to similar activities that promote stronger working relationships and collaborative spirit.

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Dear valuable customer:Hello!Thank you for your always support and trust to our company. By the coming Chinese Labor Day (May 1), we sincerely send you our blessings and greetings.According to the national legal holiday regulations, here's our holiday arrange as follows:Holiday Date: from 2024-05-03 (Friday) to 2024-05-05(Sunday), 3 days in total.Return-to-work Date: 2024-05-06(Monday)For urgent matter during this time, please contact by our email and we will help as soon as possible:sales@carbonfiberpole.comThank you again for your support and understanding! Wish you and your family have a wonderful holiday.Best wishes.

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ChinaReport.com - Carbon fiber tubes are characterized by light weight, high strength, high stiffness and corrosion resistance, and have been in steady demand in many areas in recent years. The continuous technological advancement has also reduced the cost of carbon fiber tubes in the market, which has a positive impact on the development of carbon fiber tubes. Below is an analysis of the current status of the carbon fiber tubes industry in 2024.   Carbon Fibre Tubes industry is a national strategic emerging industry with a broad development prospect in the lightweight market and irreplaceable advantages in national defense and security, aviation and aerospace sectors. China's carbon fiber tubes market will grow from RMB3.81 billion in 2017 to RMB10.6-4 billion in 2021, with a compound annual growth rate of 29-3%, maintaining a growth trend. Analysis of the current status of the carbon fiber tubes industry shows that China's carbon fiber tubes market will reach RMB15.3-7 billion by 2023. Changes in China Carbon Fiber Tubes Market Size 2019-2023  Unit(hundred million) Industry Demand for Carbon Fiber Tubing   Aviation & Aerospace: Carbon fiber tubes are widely used in aviation & aerospace industry for aircraft structures, spacecraft parts, etc. The light weight and high strength of carbon fiber tubes can reduce the weight of aircraft and improve fuel efficiency and load capacity. Due to its lightweight and high strength, carbon fiber tubes can reduce the weight of airplanes and improve fuel efficiency and load carrying capacity, and are therefore in great demand in the aviation and aerospace industry.    Automobile industry: With the increasing demand for environmental protection and fuel efficiency, automobile manufacturers are increasingly inclined to use lightweight materials to reduce the weight of automobiles. Due to its lightweight and high strength, carbon fiber tubes are widely used in automobile manufacturing, such as body structure, chassis and other parts.    Manufacturing of Sports Goods: Analysis of Current Status of Carbon Fibre Tubing Industry It is mentioned that carbon fibre tubing is also in demand in the manufacturing of sports goods. For example, carbon fiber tubes are often used in the shafts of golf clubs, bicycles, tennis rackets, etc. to enhance the lightness and strength of the products.    Construction: In construction, carbon fiber tubes are used to strengthen and reinforce concrete and steel structures. Carbon fiber tubes have good corrosion resistance and high strength, and can improve the seismic and load-bearing capacity of buildings.   Background of Carbon Fiber Tubing Industry Development    Early research: In the 1960s, scientists started to research and develop carbon fiber. Carbon fiber is a type of fibrous material made up of carbon elements, which is lightweight, strong and corrosion-resistant.    Commercialization of production: By the 1970s, people began to realize that carbon fibre has a wide potential for commercial applications. As a result, some companies started to invest a lot of resources in the commercial production of carbon fibers and produced carbon fiber tubes as products.   Application in aviation and aerospace: Carbon fiber tubes are widely used in aviation and aerospace. The light weight and high strength of carbon fiber tubes make them an ideal choice for aircraft structures and components. In the 1980s, carbon fiber tubes began to find wider application in the aerospace industry.    Applications in the automotive industry: As the demand for energy efficiency and environmental protection increased, automotive manufacturers began to look for lightweight materials to improve fuel efficiency. Carbon fiber tubes are gradually being used in the automotive industry due to their lightweight and high strength properties. Since the 1990s, the use of carbon fiber tubes in automotive manufacturing has been increasing.   Technological advancement and cost reduction: With continuous technological advancement, the production process of carbon fiber tubes has been improved and the cost has been gradually reduced. This has further expanded the application scope of carbon fiber tubes and enabled them to gain competitive advantage in a wider range of areas.    Overall, the CFT industry has gone through the process of R&D to commercialization and has gained wide application in various fields such as aviation and aerospace, automotive, sports goods, and so on. With the advancement of technology and increasing market demand, the carbon fiber tubing industry is expected to continue to grow.

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The 2024 China Carbon Materials Exhibition is a professional exhibition on the theme of new materials industry under the "24th Industry Expo". Through marketization, specialization, internationalization and branding operations, it has developed into a comprehensive solution for the carbon material industry certified by the International Exhibition Union (UFI). It is also an international event for professional manufacturers and carbon material industry applications. Years of success have established it as one of the most attractive professional exhibitions in the field of carbon materials in China and even Asia, providing an ideal business platform for peers in the industry to meet, gather and interact.   As the largest and globally important carbon materials exhibition in Asia, the China International Carbon Materials Exhibition (and Asia Carbon Materials Exhibition) has always played an important role in promoting the development of the carbon materials industry. The 2024 Asia Carbon Materials Exhibition will be held in September Held at the National Convention and Exhibition Center (Shanghai) from the 24th to the 28th, it will bring together the world's superior carbon material resources, promote precise docking and coordinated development of the industrial chain, and set up the most intuitive and effective communication and docking platform for the carbon materials industry to further improve the application and development of carbon materials promotes cooperation and exchanges between industries, enterprises and the market. Domestic and foreign enterprises, research institutions, associations/society in the application field are sincerely invited to visit, communicate, negotiate and purchase at the exhibition site.  

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Composite carbon fiber material is a new type of high-strength, high-modulus fiber material with a carbon content of more than 90%. It has the characteristics of light weight, high strength, corrosion resistance, high modulus, low density, no creep, and good electrical and thermal conductivity. It not only has the inherent characteristics of carbon materials, but also has the soft processability of textile fibers. It is a new generation of reinforced materials and is known as the "black gold" of the 21st world. This year's government work report proposed that innovation should remain at the core of my country's modernization drive and that scientific and technological self-reliance should be the strategic support for national development. Carbon fiber material is a typical representative of strategic materials and is known as the "King of New Materials" in the field of modern science and technology. Carbon fiber materials support and guarantee the R&D and manufacturing of important national equipment with their outstanding mechanical properties and excellent comprehensive performance.   Since the advent of carbon fiber in the 20th century, foreign carbon fiber technology has been strictly blocked in China, and the development of domestic carbon fiber industry technology has been difficult. After 2000, our country attached great importance to high-performance carbon fiber technology and provided strong top-down support, promoting the development of the domestic carbon fiber industry. Firstly, in terms of production capacity, the total domestic carbon fiber production capacity in 2020 is approximately 30,000 tons, and the total consumption is 38,000 tons; secondly, in terms of products, in the past 20 years, it has achieved full coverage of global conventional product specifications from “nothing”; thirdly in terms of industrial structure, carbon fiber industry clusters have taken shape in the Beijing-Tianjin-Hebei, Yangtze River Delta, Pearl River Delta, and Bohai Rim regions, with a number of iconic companies and R&D institutions emerging. Generally speaking, the rapid development of the domestic carbon fiber industry has benefited from the long-term and orderly support of the state and the entry of social capital.   2021 is the first year of the 14th Five-Year Plan. In the "Action Plan to Accelerate the Development of Carbon Fiber Industry" issued by the Ministry of Industry and Information Technology in October 2013, it was stated that the main problems currently existing in my country's carbon fiber industry are: compared with the international advanced level, my country's carbon fiber industry has weak technological innovation capabilities, imperfect process equipment.There are many problems such as unstable product performance, high production costs, low-level duplication of construction, low level of industrialization of high-end varieties, lagging standardization construction, and serious shortage of downstream application development. On the one hand, because Japanese and American companies strictly restrict the export of high-performance carbon fibers they produce to China, the export of general and complete sets of carbon fiber technologies must be specially approved by the government of the exporting country. Therefore, my country's high-performance carbon fibers have long been dependent on imports, and the supply and demand gap in the carbon fiber industry has reached 70%. On the other hand, our country's blind expansion of low-end carbon fiber products has led to overcapacity and insufficient research and development capabilities for high-end products, which has hindered the profitability of our country's carbon fiber companies. Breaking through high-end technology is an important way to narrow the international gap and is also the key to the development of our country's carbon fiber industry.   "CIME 2023 Shanghai International Composite Materials and Carbon Fiber Materials Exhibition" is a theme exhibition under the 2023 Shanghai International New Materials Thermal Conductivity and Heat Dissipation Materials Exhibition. It will focus on displaying the latest products in new materials, new technologies, and new process industries to establish a brand image for enterprises. Promote trade cooperation and market development, lead the industry trend, strengthen the interaction of production, research and development, and sales, gain in-depth insights into the new trends in the future development of domestic and foreign new material markets, explore new needs of the future new material market with a development perspective, innovate the connotation of the exhibition, and comprehensively , multi-level organization of professional visitors, providing exhibitors and participating merchants with the best platform for technical exchanges, product display and trade negotiations. The 2023 Shanghai International Composite Materials and Carbon Fiber Materials Exhibition will be held at the Shanghai New International Expo Center from December 13th to 15th, 2023. At that time, we warmly welcome domestic and foreign new composite materials, new technologies, new process enterprises and related supporting industries to visit and communicate!   Target audience: We focus on inviting national, provincial, municipal, and related scientific research units, national defense, aviation, aerospace, chemical industry, electronics, consumer electronics, automobile industry, new energy industry, bicycles, motorcycles, sporting goods, semiconductors, military supplies, Shipbuilding, household appliances, wind power, fishing rods and fishing gear, machinery industry, electronic equipment, leisure products, communications/communication networks, medical instruments, wind power, industrial robots, machinery manufacturing, industrial transmission, plastics and rubber, composite materials, marine engineering, defense Executives from corrosion, power electronics and other companies attended the meeting to visit and negotiate.   Range of exhibition:   ◆Composite materials: high-performance fiber materials, polymer matrix materials, metal matrix composite materials, ceramic matrix composite materials, bio-based synthetic materials, glass fiber, polyethylene fiber, polyaramid fiber, carbon fiber short fiber, etc.;   ◆Carbon fiber materials: carbon fiber materials, carbon fiber composite materials, carbon fiber short fibers, other carbon fiber material products, etc.;   ◆Carbon fiber products: leisure and sporting goods, military and aerospace products, automobiles, bicycles, yachts and racing boats, etc.;   ◆Raw materials and production equipment: various resins (unsaturated/epoxy/ethylene/phenolic, etc.), various fibers and reinforcing materials (glass fiber/carbon fiber/basalt fiber/aramid/natural fiber, etc.), adhesives, Various additives, fillers, colorants, premixes, prepregs, as well as production, processing and treatment equipment for the above raw materials; ◆Composite material production technology and equipment: spraying, winding, molding, injection, pultrusion, RTM, LFT, vacuum introduction, autoclave, etc.; honeycomb, foaming, sandwich technology and process equipment, molding mold design and processing technology, etc.;   ◆Composite material quality control and testing: quality monitoring technology and material testing equipment, automation control technology and robots and other equipment, non-destructive testing technology and equipment;   ◆Technology and equipment for energy saving, environmental protection recycling, recycling and repair of composite materials and their products;   ◆Frontier new materials: electronic information, optoelectronics, nanomaterials, phase change materials, superconducting materials; biological functional materials; energy and ecological environment materials; high-performance ceramics and new engineering plastics; powder, nano, microporous materials and high purity Metals and high-purity materials; surface technology and coatings and film materials; composite materials; smart materials; new structural functional additive materials, new structural materials with excellent performance, etc.   ◆Material instruments and equipment: particle size analyzers, thermal analysis instruments, chromatography, spectroscopy, mass spectrometry, X-ray instruments, elemental analyzers, surface and interface physical property testing, thickness gauges, material mechanical properties testing equipment, non-destructive testing instruments, other instruments and equipment, etc.   

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