Graphene Coated Fishing Gear Market - By Type, By Material, By Application, - Global Forecast, 2025 - 2034

Graphene Coated Fishing Gear Market Size

The global graphene coated fishing gear market size was estimated at USD 1.2 billion in 2024 and is estimated to grow at 7.8% CAGR from 2025 to 2034. The market expands because recreational and commercial fishing industries continually require lightweight high-performance fishing equipment.
 

The U.S. recreational fishing industry generates more than USD 230.5 billion in yearly revenue while sustaining above 1.1 million jobs (ASA 2024) illustrating an engaged customer market which emphasizes performance. The fishing gear market shows a growing interest in graphene-based equipment as it delivers exceptional weight-to-strength characteristics and sensitivity which matches perfectly with the exact requirements of competitive and recreational anglers who want state-of-the-art performance.
 

The population of US saltwater anglers reached 8.6 million in 2017 who participated in 202 million fishing trips resulting in USD 73.8 billion sales impacts and USD 41.5 billion value?added impacts according to NOAA. The combination of superior anti-corrosive properties with excellent durability from graphene coatings provides high value to serious saltwater fishing enthusiasts who need extended product lifetime.
 

Data from the U.S. Fish and Wildlife Service’s 2022 National Survey demonstrates that during one-year American outdoor recreationists invested USD 394 billion in equipment, travel, licenses and fees. The continuous rise in equipment expense leads avid anglers to use fishing gear coated with graphene since this material showcases superior durability alongside corrosion resistance and lightweight construction which extends service duration while costing less than carbon?fiber or fiberglass products.
 

Graphene Coated Fishing Gear Market Trends

• Integration of Nanomaterials in Mainstream Sports Equipment: Mainstream sports equipment producers integrate nanomaterials under a wider movement towards nanotechnology-enhanced sports products that includes graphene. Coolant fishing gear receives materials advancements with carbon nanotubes and boron nitride and graphene alongside other materials which yield superior characteristics in strength-to-weight properties. Multiple sectors are using this same material strategy to advance performance standards.
   
• Customization of Fishing Equipment: High-end consumers are more demanding for specific graphene-coated fishing equipment customization which concentrates on rod action variations and grip materials along with line weight suitability and appearance features. Managers are now developing modular systems because of increasing market interest in graphene-enhanced components.
   
• Adoption by Competitive and Professional Anglers: Professional anglers along with competitive participants within sportfishing tournaments adopt graphene-coated equipment because they perceive this technology as enhancing their accuracy and performance. Professional endorsements and their presence during sport fishing events drive the acceptance of their products by wider sports markets
   

Tariffs Impact

In March 2025, the tariffs imposed under the Trump administration have caused significant distress to the fishing gear industry in the US, including graphene-coated fishing equipment. Though graphene-coated gear isn't specifically identified in the tariff schedules, it most probably falls within far-reaching product categories that are now over-stripped for a heightened tariff. A denial of 20% duty on fishing gear from China-the largest supplier of the fishing gear to U.S. and a 25% duty on fishing gear imports from Canada and Mexico were also established.
 

Apart from that, the separate 25% global tariff on steel and aluminum- the materials that are important for manufacturing several fishing products- is another tax added to the cost of production. These tariffs increase the costs for the manufacturers who are now being taxed on both raw materials and finished goods. Hence, the additional expense is expected to squeeze the consumer with price increases. Industry leaders are warning that this may put pressure on margins, thereby slowing consumer demand. They do create a whole new set of challenges regarding pricing and competitiveness in the U.S. market for advanced products like graphene-coated fishing gear which are dependent on specialized materials and international supply chains.
 

Graphene Coated Fishing Gear Market Analysis

In 2024, the market was segmented by type into fishing rods, fishing reels, fishing lines, nets & traps, and other segments. Fishing rods segment accounted for 48% of the total market.
 

• The fishing rods segment holds the largest market share of graphene-coated fishing gear because they are commonly used for recreational and sport fishing activities. Performance-driven anglers use graphene coatings because these materials boost their rod strength at the same time, they add flexibility and durability with their lightweight properties. Graphene-coated rods become preferred equipment choices because of their lasting performance abilities which drives market value increases and leads manufacturers to invest in their development.
   
• Meanwhile fishing reels as well as lines and nets & traps are showing consistent market expansion. The market is expanding because fishers require components which resist corrosion and maintain high endurance in both saltwater and commercial fishing applications. The expanding knowledge about graphene advantages creates opportunities for manufacturers to apply it throughout their product lines for enhanced durability resulting in business expansion.
   

The graphene coated fishing gear market from material segment in 2024 is mostly split into Graphene Oxide Coated, Reduced Graphene Oxide (rGO), Graphene Nanoplatelets (GNPs), and Others. Graphene Oxide Coated dominates the market share, holding a considerable 48.3%, while Reduced Graphene Oxide (rGO) comes next.
 

• Graphene Oxide Coated dominates the fishing gear market leads with products as these materials exhibit superior dispersion abilities in polymers, exceptional mechanical strength along with effective barrier properties. The product proves excellent for fishing rod, line and reel coatings because it provides vital moisture protection while delivering strength and remaining lightweight. Manufacturing companies choose graphene oxide since it adapts smoothly into their existing manufacturing lines which makes both operations simpler and economical.
   
• Reduced Graphene Oxide (rGO) and Graphene Nanoplatelets (GNPs) exhibit rising popularity because of their exceptional electrical conductivity and superior structural integrity. Specialized fishing equipment active in harsh environments shows increased interest in these materials. As graphene processing innovation advances and rGO and GNPs become commercially viable the associated market segments will demonstrate elevated growth dynamics during the upcoming decade.

The graphene coated fishing gear market from application segment in 2024 is mostly split into commercial fishing, sports fishing, recreational, and others. Commercial fishing dominates the market share, holding a considerable 49.4%, while sports fishing is also coming up with immense growth.
 

• Commercial fishing is dominating the market for graphene-coated fishing gear as the industry requires equipment that maintains durability under harsh marine environments as well as resistance to corrosion. The service duration extension provided by graphene coatings belongs to commercial fleet owners who optimize their operations by minimizing equipment change frequency and maintenance expenses.
   
• The combination of growing outdoor activities and increasing spending on quality fishing equipment as well as a rise in angling as a sport drives notable market expansion in both sports and recreational fishing. The market expansion of graphene-coated products continues as sport and recreational fishing segments choose these items because they offer lightweight design together with exceptional strength while enhancing user comfort.

U.S. graphene coated fishing gear market is growing rapidly, especially because of the durability of these equipment’s, and the performance these deliver. The growth of this segment can be attributed to increasing demand for high-performance, long-lasting fishing equipment, both in the commercial as well as recreational sectors.
 

• U.S. federal investments in sustainable fishing practices include initiatives like the Bycatch Reduction Engineering Program, which got over USD 2.6 million in 2024 for developing innovative fishing gear that will reduce bycatch and improve sustainability. The Saltonstall-Kennedy Grant Program also provides funds to support innovation in fishing gear, such as lobster trap redesign and LED-based exclusion systems.
   
• Canada graphene coated fishing gear market is looking actively into the innovation of fishing gear techniques as it has held International Fishing Gear Innovation Summit 2025 where about 200 people, from harvesters to technical experts, assembled to evolve solutions such as whale-safe and ghost gear technologies, which are needless. These types of initiatives would include the Ghost Gear Fund, which has provided more than USD 58.3 million for sustainable fishing technologies, hence making Canada conducive for the advancement of technology in the fishing gear space within this arena.
   
• Federal research funding aimed at integrating advanced materials such as graphene into real-world industrial use has lent material innovation in marine applications impetus. The Department of Commerce and NOAA, for example, are increasingly advocating cross-sector collaboration between materials science and marine industries to improve equipment performance and mitigate ecological impacts. In this regard, the fishing gear sector being urged to consider graphene-based technologies for their corrosion resistance and light weight will place North America at the leading edge of the high-tech fishing gear market.
   

Graphene Coated Fishing Gear Market Share

The graphene coated fishing gear industry is highly competitive, and its major key players, known for their innovative initiatives, are Garware Technical Fibres, Century Fishing, Mito Materials, Moonshine Rod Company, And St. Croix Fly. Garware Technical Fibres-global giants in technical textiles-have ventured into introducing graphene coatings in their fishing nets and lines and are boasting impressive performance in strength and wear resistance. Century Fishing has sought graphene composites in its application to rods and reels for the development of lightweight, corrosion-resistant equipment for commercial and sport fishing use.
 

MITO Materials is another U.S.-based graphene-using company focusing on developing enhanced longevity and functionality of polymer for fishing Equipment. One more feature of custom craftsmanship is that Moonshine Rod Company is developing graphene-infused rods to meet demands for higher sensitivity and highly durable performance. St. Croix Fly is also putting high-speed strains of graphene-coated fibers into gear intended for extreme aquatic environments through fly fishing. The work done by these companies will eventually hold the key for product differentiation and tie into technological advancement in the global market for graphene-coated fishing gear.
 

Graphene Coated Fishing Gear Market Companies

Garware Technical Fibres is one of the leading manufacturers of graphene coated fishing gear. It specializes in high-quality fishing lines, as well as marine-based technical textiles. The company relies on its advanced material science competency to create packets of graphene coatings that can make its fishing products last, be stronger, and fight corrosion. With their sustainability and innovative solutions-based positioning, Garware now becomes an important player in addressing the growing demand for fishing gear that is eco-friendly and durable.
 

Century Fishing delivers great ideas in the market by integrating its fishing rods and reels with new developments in graphene. It has a lot to offer to everyone because it specializes in producing every lightweight yet strong fishing material possible to give you the best performance under the most extreme conditions of the sea. Century Fishing puts their advanced material technologies in their products to empower anglers and make their fishing experience better while minimizing the environmental impact of their traditional fishing equipment.
 

MITO Materials is a major stakeholder in graphene-coated fishing gear, focused on developing and introducing commercial graphene-based solutions that increase the performance of fishing gear. This company has been famous for the composition of graphene used in composite materials for fishing rods as well as lines. MITO offers minimal sustainability and performance improvements over other fishes, leading to the widespread adoption of graphene technologies in fishing.
 

Moonshine Rod Company is one of the newest names in the world of graphene-coated fishing gear as it is using graphene coatings for its high-performing fly rods. Very few premium brands are known to endorse high standards of manufacturing and innovative design which can be easily said to be Moonshine's prerogative among the fishing enthusiasts. It minimizes wear and tear even when the fishing gear is used continuously by providing a longer-lasting performance.
 

St. Croix Fly is one of the leading names in the fishing equipment industry that enriches the substance of fly rods with graphene-enhanced materials to avail greater strength, flexibility, and corrosion resistance. They are known for their premium craftsmanship and incorporate graphene coatings in their fly rods to enhance performances in saltwater environments. St. Croix has made investments in frontier materials technology, which will ensure that products meet the demands of serious anglers while improving their market position in the graphene sector with fishing gear.
 

Graphene Coated Fishing Gear Industry News

• In March 2025, the Economic Accelerator program of Australia awarded AUD 353,098 as joint grants to Sparc Technologies and Flinders University. This grant funding goes towards the development of aquaculture netting enhanced with graphene to minimize biofouling, maximize net strength, and prolong the service life of aquaculture infrastructures, in turn reducing the operational cost and environmental impacts of the aquaculture sector.
   
• In October 2023, St. Croix Rods formed an exclusive partnership with MITO Material Solutions for functionalized graphene incorporation into their fly rods. This partnership introduced the EVOS and EVOS SALT series of fly rods, having increased strength-to-weight proportion, rapid recovery, and high torsional rigidity. The in-house application of graphene to the fly rods affords a high-precision weight-loading process that results in rods possessing the right amount of feel and power.
   
• St. Croix expanded its product line in August 2024 with the introduction of the Technica Series. These rods, also filled with MITO's functionalized graphene, are responsive, with a moderate action that is increased in speed, loop stability, and accuracy. The addition of graphene into the standard carbon fiber matrix creates 20% more recovery in the rods, giving anglers that perfect balance of feel and performance.
   

The graphene coated fishing gear market research report includes in-depth coverage of the industry with estimates & forecast in terms of revenue (USD Billion) & volume (kilo tons) from 2021 – 2034 for the following segments:

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Market, By Type

• Fishing rods
• Fishing reels
• Fishing lines
• Nets & traps
• Others

Market, By Material

• Graphene oxide coated
• Reduced graphene oxide (rGO)
• Graphene nanoplatelets (GNPs)
• Others

Market, By Application

• Commercial fishing
• Sports fishing
• Recreational
• Others

The above information is provided for the following regions and countries:

• North America 
  • U.S.
  • Canada
• Europe 
  • Germany
  • UK
  • France
  • Spain
  • Italy
• Asia Pacific 
  • China
  • India
  • Japan
  • Australia
  • South Korea
• Latin America 
  • Brazil
  • Mexico
  • Argentina
• Middle East and Africa 
  • Saudi Arabia
  • South Africa
  • UAE