Tire Cord And Tire Fabrics Market, Segmentation by Product

The Tire Cord And Tire Fabrics Market has been segmented by Product into Steel Cords, Nylon Dipped Cords, Polyester Cords, Rayon Cords and Others.

Steel Cords
Steel cords lead the tire cord and tire fabrics market, comprising roughly 50% to 55% of the total share. Renowned for their exceptional tensile strength and durability, steel cords are the primary reinforcement material for radial tires, directly contributing to enhanced vehicle safety and performance on the road.

Nylon Dipped Cords
Nylon dipped cords capture about 15% to 20% of the market. Praised for their superior elasticity and excellent adhesion, these cords are commonly used in bias tires, improving tire flexibility and providing a smoother driving experience.

Polyester Cords
Holding an estimated 15% to 18% of the market, polyester cords are favored for their high dimensional stability and heat resistance. These properties make polyester cords ideal for tire carcass construction, ensuring shape retention and prolonging tire lifespan under various conditions.

Rayon Cords
Rayon cords account for approximately 5% to 7% of the market. Though less prevalent than other types, rayon cords offer reliable strength and flexibility, often chosen for cost-effective tire manufacturing applications.

Others
The "Others" category, including specialty materials like aramid and fiberglass cords, represents around 5% to 7% of the market. These advanced cords cater to high-performance and specialty tire segments, delivering benefits such as enhanced heat resistance and reduced weight for improved tire efficiency.

Tire Cord And Tire Fabrics Market, Segmentation by Tire Type

The Tire Cord And Tire Fabrics Market has been segmented by Tire Type into Radial and Bias.

Radial Tires
Radial tires represent the largest segment, accounting for approximately 70% to 75% of the tire cord and tire fabrics market. These tires are favored for their exceptional durability, enhanced fuel efficiency, and superior performance. The extensive use of steel cords in radial tire manufacturing drives demand across passenger cars and commercial vehicles alike.

Bias Tires
Bias tires make up around 25% to 30% of the market. They primarily incorporate nylon dipped and polyester cords, which provide greater flexibility and impact resistance. Although bias tires have a smaller market share than radial tires, they remain essential for specialty and off-road vehicle applications.

Tire Cord And Tire Fabrics Market, Segmentation by Vehicle Type

The Tire Cord And Tire Fabrics Market has been segmented by Vehicle Type into Off-Road Vehicles, Bicycles, Personal Vehicles, Light Commercial Vehicles and Two-Wheelers.

Off-Road Vehicles
The off-road vehicle segment accounts for approximately 20% to 25% of the tire cord and tire fabrics market. These vehicles require robust tire reinforcements, often incorporating steel and specialty cords designed to endure rugged terrains and extreme conditions, driving steady growth in this category.

Bicycles
Bicycles represent about 5% to 7% of the market share. Lightweight and flexible materials such as nylon and polyester cords are commonly used in bicycle tires, enhancing performance and durability for both urban commuting and recreational riding.

Personal Vehicles
Personal vehicles, including passenger cars, hold the largest portion, with around 40% to 45% of the market. The demand for high safety standards, durability, and fuel efficiency in this segment results in widespread use of steel cords within radial tire manufacturing.

Light Commercial Vehicles
Light commercial vehicles contribute roughly 15% to 18% of the market. These vehicles need tires that balance strength and flexibility, often achieved through the use of steel and polyester cords to support heavier loads and extended durability.

Two-Wheelers
Two-wheelers account for about 10% to 12% of the market. Tire cords for this segment typically focus on lightweight and flexible materials like nylon and polyester, improving handling, ride comfort, and overall performance for motorcycles and scooters.

Drivers

• Growth in global vehicle production
• Demand for high-performance radial tires
• Rising commercial transportation activities

• Emphasis on fuel-efficient tire designs - Fuel-efficient tire designs are driving strong demand for advanced materials in the tire cord and tire fabrics market. As automakers prioritize reducing rolling resistance to improve fuel economy, there is growing use of lightweight, high-strength reinforcement materials that maintain structural integrity while minimizing energy loss. This trend supports global goals for lower emissions and fuel consumption across vehicle segments.

  Materials like polyester, nylon, rayon, and aramid cords are gaining traction for their ability to deliver superior handling, reduced weight, and extended tread life. These features align with stricter environmental standards, making them integral to enhancing vehicle efficiency and sustainability. Their tensile strength without added mass is critical for next-generation tire technologies.

  Optimized cord constructions are enabling improvements in cornering stability, load support, and thermal resistance, which are vital for modern passenger vehicles, commercial fleets, and electric vehicles (EVs). Collaboration between tire manufacturers and automotive OEMs is advancing tire technologies that meet evolving performance and efficiency benchmarks.

  With EV adoption on the rise, the emphasis on low rolling resistance has intensified. This places high-performance reinforcement solutions at the forefront of tire innovation. As both regulatory standards and consumer expectations continue to focus on fuel efficiency, the demand for specialized tire cords and fabrics is expected to rise steadily.

Restraints

• Volatility in raw material costs
• Intense competition among manufacturers
• Strict environmental compliance requirements

• Decline in traditional tire replacements - Reduced frequency of traditional tire replacements is emerging as a significant constraint in the tire cord and tire fabrics market. Advances in tire technology and material composition have led to longer-lasting tires, particularly in the passenger vehicle segment. This has resulted in slower aftermarket demand for reinforcement materials traditionally used in frequent replacement cycles.

  Innovations such as run-flat, self-healing, and wear-resistant tires are extending tire longevity, especially in urban areas with predictable usage patterns. These technologies reduce wear rates and diminish the volume of replacement sales, impacting revenue streams for cord and fabric suppliers that depend on aftermarket activity.

  Shifts in transportation habits, including the growth of ride-sharing and fleet-based mobility services, further reduce tire turnover. These vehicles often follow planned maintenance schedules, optimizing tire lifespan and limiting the frequency of reinforcement material purchases.

  Unless offset by increased demand from OEM production or specialty tire applications, the drop in replacement-driven consumption could constrain long-term growth for the market. To remain competitive, suppliers will need to diversify into emerging segments and value-added technologies that are less reliant on traditional replacement patterns.

Opportunities

• Innovation in sustainable tire fabrics
• Expansion in electric vehicle components
• Rising demand for lightweight reinforcements

• Growth in off-road and specialty tires - Rapid growth in the off-road and specialty tire segment is creating strong opportunities for the tire cord and tire fabrics market. Tires used in sectors such as construction, mining, agriculture, and aviation demand reinforcement materials that can endure extreme pressure, abrasive conditions, and high load cycles. These applications require high-strength cords that deliver reliable performance under harsh operating environments.

  Advanced reinforcement materials such as steel, aramid, and rayon are increasingly being adopted in specialty tires for military vehicles, earthmovers, and all-terrain vehicles. These materials provide superior puncture resistance, heat stability, and tensile strength, making them critical for safety and longevity in heavy-duty applications.

  With global infrastructure projects expanding and industrial operations moving into more rugged terrains, the need for durable and customized tire solutions is on the rise. Manufacturers are responding by developing application-specific reinforcement technologies that enhance tire reliability and lifespan in demanding environments.

  Collaborations between tire producers and material suppliers are intensifying as the market shifts toward high-value, specialized mobility applications. This trend is positioning the off-road and specialty segment as a key area for growth in the global tire cord and tire fabrics industry.