The market for carbon fiber wrap is facing certain trends that deal with the surge in the use of lightweight and high-strength types of materials which are found in various industries like automotive, aerospace and construction. Carbon fiber wraps, abbreviated as CF conducting polymers (CFRP), have desirable strength-to-weight ratio, corrosion protection and versatility in design. And if these features were coupled with their preference for structural reinforcement and cosmetic improvement, one can easily say CFRP is the best choice.
The carbon fiber wraps demand in aerospace sector is activated by the need for lightweight structures that are meant to increase the fuel efficiency as well as capacity of aircrafts. Composite materials containing carbon fiber are employed in manufacturing of aeroplan details, such as wings and fuselage sections, and thus are one of the tools that aviation industry uses to save fuel and thereby be more environmentally friendly.
As a result of the building sector, the Carbon Fiber Wrap Market constitutes one of the core forces of trends. These are carbon fiber wraps highly used for bridges and buildings refurbishment to make them more durable through strengthening. In comparison with the traditional repair method, a carbon fiber wrap advanced a great deal in strength, as well as the durability, which makes them suitable for the endurance of aging infrastructure. When infrastructure projects aim at refurbishing and maintaining the structural integrity of existing assets the number of these tools in building sector tend to rise.
The advancements of technical production are a trend-shape of Carbon Fiber Wrap industry, since they carry a vital role of the manufacturing process. The manufacturer are doing numerous researches and engineering focused to make production processes more efficient, cheap and to enhance carbon fiber wrapping performance and reliability as well. Such improvements are in fact facilitating comprehensive of carbon fiber wraps in many industries and users.
Eco-awareness is another crucial piece of the complex Carbon Fiber Wrapping market in the world, which is an important issue in the Carbon Fiber Wrap Market. Along with the growing focus on zero carbon footprint and eco-friendly practices, carbon fiber is getting the spotlight as the material of choice for its widely acknowledged green attributes. In not only transportation but even in construction, using carbon fiber wrap significantly contributes to the fuel efficiency while also minimizing materials consumption regardless of the constraints connected to environmental sustainability.
Both retail and luxury segments are heavily influenced by unique features of carbon fiber wraps, that are two: versatility during installing and aesthetic appeal. C-fiber covers provide designers with numerous opportunities to carry out personalized designs to customers’ delight and those designs will be loved by the customers regardless of the carbon fiber performance. As a consequence of such an expansion on the field of different areas, such as consumer electronics and sports gear, where the visual effect of wrapped carbon fiber boosts the commodity's worth overall.
Report Attribute/Metric | Details |
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Market Opportunities | A major restraint to the global carbon fiber wrap market is the high price of carbon fiber, and the long production cycle. |
Carbon Fiber is composed of carbon atoms that are bonded together to form a long chain having a diameter of 5-10 µm.  The carbon atoms are bonded together in microscopic crystals that are mostly aligned parallel to the long axis of fiber. The crystal alignment makes the fiber incredibly strong for its size, which enables its several applications where high strength-weight ratio is required. Besides this, carbon fiber also shows several properties, such as excellent durability & impact resistance, high chemical resistance, low CTE (Coefficient of Thermal Expansion), X-ray transparency, low thermal and electrical conductivity, dampens sound by absorbing sound waves, and design flexibility.
Carbon Fiber Wrap is one of the form of applying Carbon Fiber. Global Carbon Fiber Wrap Market has witnessed a prospective growth in the past decade. Owing to the unique properties exhibited by carbon fiber, carbon fiber wrap has several applications in automobiles, consumer electronics, sports components, concrete structures, wind turbines, aerospace & defense, and others. Automobiles, consumer electronics, and sports components use carbon fiber wrap in the form of prepreg or sticker to modify the existing look while giving it a stylish new look. The rapid development in the sports industry has increased the demand for carbon fiber wrap, which has been a major driving factor. The automotive industry is considered the fastest growing application sector. Construction industry uses carbon fiber wraps to strengthen the concrete structure by simply wrapping the degraded parts with carbon fiber wraps by wet lay-up process. Carbon fiber wraps are a cost-effective and innovative solution for restoring the world’s infrastructure. Besides this, other end-user sectors such as wind energy, aerospace & defense, offshore are also taking advantage of the properties and design possibilities of carbon fiber wraps. However, a major restraint to the global carbon fiber wrap market is the high price of carbon fiber, and the long production cycle.
The global carbon fiber wrap market is segmented based on type of lay-up process, end-use industry, and region.
On the basis of the type of lay-up, the global carbon wrap market is segmented into wet carbon fiber lay-up and pre-impregnated carbon fiber lay-up
On the basis of the end-use industry, the global carbon fiber wrap market is segmented into automobile, consumer goods, construction, sports, aerospace & defense, wind energy, and others.
On the basis of the region, the global carbon fiber wrap market is segmented into Asia Pacific, North America, Europe, Latin America, and Middle East and Africa.
Source: MRFR Analysis
The global carbon fiber wrap market is spanned across five regions namely Asia Pacific, North America, Europe, Latin America, and the Middle East & Africa. Geographically, Europe emerged as the largest market for carbon fiber wrap in 2017, followed by Asia Pacific, Middle East, and North America. In Europe, carbon fiber wrap market is estimated to have steady growth on account of robust presence of automotive manufacturers, specifically in Italy, U.K., Germany, Spain, France, and Russia. Asia Pacific is estimated to witness healthy growth over the forecast period, during 2017 to 2027. The demand for carbon fiber wraps is estimated to raise in various economies of Asia Pacific such as China, India, Japan, Taiwan, Malaysia, Thailand, Singapore, Australia, and South Korea. The major market driver in Asia Pacific is the consumer preference of carbon fiber wrap-based automobiles parts, such as car hood, rear wing, car interiors, motorcycle, laptops, and mobiles, and sporting materials, such as golf shafts, racquets, skis, snowboards, hockey sticks, fishing rods, bats, and bicycles. Furthermore, rapid commercial construction activities to support the growing economies of developing countries provide a major boost to the carbon fiber wrap market. The North America carbon fiber wrap market is projected to witness above-average growth with a healthy CAGR over the assessment period due to the strong growth of aerospace industry along with increasing commercial construction activities in this region. In North America the market is further categorized into Canada and U.S, among which, the U.S accounted for more than half of the total regional market share of carbon fiber wrap on account of large defense budget along with high adoption rate from aerospace industry. Furthermore, various countries of Latin America and the Middle East & Africa are expected to witness above-average growth in carbon fiber wrap on account of increasing disposable income and increasing in sales of passenger cars, specifically in Brazil and Mexico as well as growing institutional, commercial, and residential construction activities in Saudi Arabia, Kuwait, Qatar, and UAE.Recent DevelopmentJan 2022 - One of three projects selected in the Carbon Fibre Challenge Phase II competition organized by Alberta Innovates and the Clean Resource Innovation Network is being led by the Department of Chemical and Petroleum Engineering at the University of Calgary's Schulich School of Engineering. The three-phase competition aims to speed up the development of carbon fiber made from Alberta's abundant oil sands bitumen, a black viscous mixture of hydrocarbons obtained naturally or as a leftover from petroleum distillation. The team wants to develop high-end carbon fibers that meet industry standards for usage in body components, wheels and rims, interior finishes, and other items in the automotive and airline industries.
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