Global Carbon Fibre Tape Market, By Resin (Epoxy, Polyamide, Bismaleimide, Thermoplastic Resin and Others), By Form (Prepreg Tape and Dry Tape), By Manufacturing Process (Hot Melt Process and Solvent Dip Process), By End-User Industry (Aerospace, Marine, Pipe & Tank, Sporting Goods, Construction & Infrastructure and Others), By Company and By Geography, Forecast & Opportunities, 2028
Published Date: December - 2024 | Publisher: MIR | No of Pages: 320 | Industry: Chemicals | Format: Report available in PDF / Excel Format
View Details Buy Now 2890 Download Sample Ask for Discount Request CustomizationGlobal Carbon Fibre Tape Market, By Resin (Epoxy, Polyamide, Bismaleimide, Thermoplastic Resin and Others), By Form (Prepreg Tape and Dry Tape), By Manufacturing Process (Hot Melt Process and Solvent Dip Process), By End-User Industry (Aerospace, Marine, Pipe & Tank, Sporting Goods, Construction & Infrastructure and Others), By Company and By Geography, Forecast & Opportunities, 2028
| Forecast Period | 2024-2028 |
| Market Size (2022) | USD 2.83 billion |
| CAGR (2023-2028) | 10.78% |
| Fastest Growing Segment | Epoxy |
| Largest Market | North America |
Market Overview
The global carbon fiber tape market is valued at USD 2.83 billion in 2022 and is anticipated to project robust growth in the forecast period with a CAGR of 10.78% through 2028. Carbon fibertape is a lightweight and strong material utilized in many applications, including aviation, auto, sports, and clinical. An elite exhibition item offers predominant strength and unbending nature while providing incredible protection and electrical conductivity. Carbon fiber tape is likewise exceptionally flexible and can be utilized in different structures, including level, round,and tightened. The rise of carbon fiber as one of the basic materials for empowering lightweight development of car and aviation parts is expected to drive the market from now on. Carbon fiber (CF) tape is one of the well-known materials utilized for assembling composite parts for cars and aviation gear. Headways in carbon fiber tapes are expected to lead to the fuse of different properties,for instance, de-icing, safeguarding, self-fix, energy capacity, and covertness, subsequently empowering the assembly of multi-practical carbon fiber tapes. The U.S. shows a significant interest in carbon fiber tape, as supported by the drawn-out creation timetables of the Boeing and Airbus airplane programs.
What's more, Ongoing research on working on the development of composite parts in the nation is further expected to offer learning experiences for the market in the U.S. Carbon fiber tapes are perceived as spotless energy advancements, inferable from their situation as working with materials for a few drives of the U.S. Branch of Energy and Office of Energy and Sustainable Power. Moreover, the use of this material likewise empowers a weight decrease in vehicles in transportation applications, prompting an energy decrease through fuel reserve funds. Specialists are zeroing in on the progression of the reusing system for long-reused CF, which is expected to protect the length of the fiber as well as empower the heap-related fiber direction. The previously mentioned exertion is supposed to work with the business players to take advantage of the maximum capacity of carbon, consequently emphatically impacting the interest in carbon fiber tapes from here on out. As of now, a restricted creation limit and higher creation costs are the main considerations controlling the development of the market for carbon fiber tapes. Nonetheless, the central parts across the globe are utilizing methodologies to extend their creation abilities to take special care of the rising interest in carbon fiber tapes, which is thusly supposed to affect market income development in the future, emphatically.
Key Market Drivers
Growing Demand for Carbon Fiber Tape in Primary and Secondary Aircraft Structures
In recent years, the aeronautical trade has been seeing a change in outlook in materials and assembly innovations, driven by the requirement for further developed eco-friendliness, diminished emanations, and upgrades in general execution. Among the progressive materials having a tremendous effect is carbon fiber tape, which has found a blossoming interest in both essential and optional airplane structures. Carbon fiber tape, a lightweight and high-strength composite material, is created by winding around slim carbon strands together using advanced production processes. The subsequent material flaunts common mechanical properties, like high rigidity, low thickness, and amazing weariness. These traits have made carbon fiber tape an optimal choice for developing airplane structures, both essential and optional.
The aeronautics area's steady quest for eco-friendliness and decreased outflows is one of the fundamental drivers of carbon fiber tape reception. By supplanting customary metallic materials with carbon fiber tape, airplane producers can essentially diminish weight, prompting further fuel utilization and decreased ozone-depleting substance outflows. Stricter guidelines with respect to discharges and commotion contamination have constrained carriers to look for airplanes that are all the more harmless to the ecosystem. Carbon fiber tape, with its capacity to contribute to weight loss and eco-friendliness, adjusts impeccably with these prerequisites. Besides, with continuous progress in assembling advancements and expanded joint efforts between material providers and aviation producers, the fate of carbon fiber tape in avionics looks uncommonly encouraging.
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Increasing Demand for Carbon Fiber Tape in the Construction Industry
Carbon fiber tape shows an incredibly high solidarity-to-weight proportion, making it more grounded than steel while being essentially lighter. This property takes into consideration the making of tough designs without extreme weight troubles. Not at all like metals, carbon fiber tape is innately consumption-safe, broadening the life expectancy of developed components in even the harshest conditions. The tape's adaptability empowers it to be formed into different shapes, permitting planners and specialists to plan complex designs that were already challenging to accomplish. Carbon fiber tape has a high modulus of versatility, permitting it to hold its shape and resist deformation under weighty loads. Carbon fiber is electrically non-conductive and doesn't slow down electronic or attractive fields, making it ideal for projects where these variables are basic. Carbon fiber tape has wonderful warm properties, keeping up with its solidarity significantly under outrageous temperature variances.
Carbon fiber tape is utilized to support existing designs, like scaffolds, structures, and pipelines, by wrapping them with layers of the material. This strategy altogether upgrades their heap-bearing limit and broadens their life expectancy. In tremor-inclined districts, carbon fiber tape is utilized to improve the seismic obstruction of structures and frameworks. Its lightweight nature and strong execution under pressure make it an optimal decision for these applications. The material's high strength and simple application make it a proficient decision for fixing substantial designs, diminishing personal time and expenses related to customary fixing techniques. With progressing mechanical headways and a developing obligation to manageable development rehearsals, carbon fiber tape is solidifying its situation as a main impetus coming down the line for development.
Growing Demand for Carbon Fiber Tape in the Defense Sector
In recent years, carbon fiber innovation has quickly advanced, advancing into different businesses because of its outstanding strength, lightweight nature, and toughness. One area where carbon fiber innovation is making critical advances is the defense business. Carbon fiber tapes, specifically, have gotten some decent forward movement as a critical part in military applications, in this manner turning into a significant driver of the worldwide carbon fiber tape market. Carbon fiber tapes, which comprise firmly woven carbon filaments, are tracking down expanding utility in the guard area because of their remarkable mechanical properties. The safeguard business has forever been watching out for cutting-edge materials that can improve the exhibition and abilities of military gear. Carbon fiber tapes give an exceptional blend of high solidarity to weight proportion, consumption obstruction, and strength, making them ideal for different safeguard applications.
The guard area requests materials that can endure outrageous circumstances while guaranteeing the well-being and assurance of the work force. Carbon fiber tapes are being utilized in the development of cutting-edge body reinforcers, caps, and defensive stuff for military staff. These materials give improved assurance against ballistic and substance dangers while being sufficiently lightweight to take into account a reasonable development. The use of automated aeronautical vehicles (UAVs), ground vehicles, and marine frameworks has filled the area dramatically. Carbon fiber tapes are utilized in the development of these automated frameworks to keep up with ideal weight circulation, increase flight time, and improve general execution. Carbon fiber tapes track down applications in rocket frameworks, where their lightweight nature adds to further developed reach, precision, and payload limits. Also, their protection from erosion and extreme temperatures guarantees the primary integrity of rocket parts. As the financial sector plans expansion in different nations to oblige progress in military innovation, the interest in elite execution materials like carbon fiber tapes is supposed to surge.
Key Market Challenges
High Processing and Manufacturing Costs of Carbon Fiber
The precursor material used to create carbon fiber is commonly polyacrylonitrile (PAN), which is derived from oil-based assets. The complex and energy-serious cycles are expected to change. Dish into carbon fiber fibers contributes essentially to the general expense. Carbon fiber creation includes various high-temperature handling steps, like adjustment, carbonization, and graphitization. These cycles require a significant amount of energy, further adding to the creation costs. Carbon fiber production includes perplexing advances like turning, winding around, and covering that require gifted work and concentrated gear. The work-concentrated nature of these cycles adds to the functional costs. The rigorous quality guidelines requested by enterprises like aviation and cars require intensive testing and quality control measures at different phases of creation. This adds to the general expense structure. Manufacturers of carbon fiber tapeface face difficulties in offering serious estimating, particularly when contrasted with conventional materials like steel or aluminum. This can affect the material's seriousness on the lookout.
Key Market Trends
Rise in Sustainable Manufacturing Practices
Sustainable assembly begins with the choice of unrefined components. Producers are effectively looking for eco-accommodating options in contrast to conventional carbon fiber antecedent materials. Advancements in bio-based antecedents, reused carbon fiber, and other practical materials add to diminished natural effects and asset utilization. Lean assembling standards are being applied to carbon fiber tape creation, expecting to smooth out processes, limit waste, and upgrade by and large. In the nick of time, creation, diminished material waste, and streamlined asset allotment are key parts of this methodology. The cover materials utilized in carbon fiber tape creation are also being examined for their natural effects. Economical pitches and covers with lower unstable natural compound (VOC) discharges and diminished poisonousness are acquiring inclination. Moreover, industry affiliations, administrative bodies, and accreditation programs are working with coordinated effort and the reception of feasible assembly rehearsals. Confirmations like ISO 14001 (Ecological Administration) and Carbon Trust Standard show aguarantee to natural obligation
Segmental Insights
Form Insights
In 2022, the carbon fiber tape market was dominated by prepreg tape and is predicted to continue expanding over the coming years. Unidirectional prepreg carbon fiber tapes are great for creating composite parts that require thick cover development and long layup time. Accordingly, these tapes are exceptionally appropriate for foundation, modern, clinical, and sports and recreation applications. The utilization of prepreg tapes for assembling parts offers uncommon strength properties and permits part consistency and repeatability. Furthermore, the utilization of prepregcarbon fiber tapes drains less sap during the relieving system, takes less restoring time, and offers a prevalent feel accordingly, emphatically influencing the general market development.
End-User Industry Insights
In 2022, the carbon fiber tape market was dominated by the aerospace segment and is predicted to continue expanding over the coming years. The development of carbon fiber tape in the avionics business is expected because of the serious areas of strength for lightweight firm materials in the aeronautics trade. Right now, almost every airplane is using carbon-supported materials, remembering tapes for requests to acquire high strength and light weight, which helps in functional exercises. Rising interests in the aviation and guard industries are supposed to push business development. The advancing creation advancements in the aeronautic trade will also upgrade the carbon fiber tape market.
Regional Insights
The North America region has established itself as the leader in the Global Carbon Fibre Tape Market.
Recent Developments
- In February 2019, Teijinobtained Rebel Materials Enterprise, an intensity safe thermoset prepregprovider for the aviation area in North America. This supported theorganization cement to its situation as a main provider of answers for aviationapplications.
- In March 2021, TorayVentures declared the send-off of another line of carbon fiber tapes that areintended to be utilized in high-temperature applications.
- Asahi Kasei, a Japaneseglobal partnership, uncovered in February 2023 that it had created state of theart innovation to productively reuse carbon fiber plastic mixtures inrelationship with the Public Organization of Strategy, Tokyo College ofScience, and Kitakyushu School.
- TenCate High levelComposites, a maker of composite materials for modern and aviationapplications, was bought by Toray Ventures Inc. for €930 million (USD 1.1billion) on July 18, 2018. The objective of the buy was to expand Toray's itemportfolio in the modern and aviation businesses.
Key Market Players
- Evonik Industries AG
- SGL Carbon SE
- 3M Co.
- Toray Composite MaterialsAmerica, Inc.
- Arrow Technical Textiles Pvt.Ltd.
- Teijin Carbon Europe GmbH
- Zoltek Corporation
- Hexcel Corporation
- Mitsubishi ChemicalCorporation
- SABIC
| By Resin | By Form | By Manufacturing Process | By End-User Industry | By Region |
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