Polymer Modified Bitumen PMB Market Size, Share, Growth, and Industry Analysis, By Type (SBS Modified Bitumen, Plastomer Modified Bitumen, Crumb Rubber Modified Bitumen, Others), By Application (SBS Modified Bitumen, Plastomer Modified Bitumen, Crumb Rubber Modified Bitumen, Others), Regional Insights and Forecast to 2035

Polymer Modified Bitumen PMB Market Overview

Polymer Modified Bitumen PMB Market size is estimated at USD 10739.45 million in 2026 and is expected to reach USD 14762.2 million by 2035 at a 3.6% CAGR.

The Polymer Modified Bitumen PMB Market is experiencing strong industrial demand due to the rising use of advanced road construction materials, airport runway surfacing, bridge deck waterproofing, and heavy-duty pavement applications. Polymer modified bitumen improves elasticity, temperature resistance, rutting performance, and fatigue resistance compared to conventional bitumen. More than 68% of highway authorities globally are shifting toward modified asphalt technologies for longer pavement life and reduced maintenance cycles. SBS modified grades account for significant consumption in premium road infrastructure projects because they improve flexibility by nearly 45% under extreme climate conditions. Rapid expansion of expressways, smart city projects, logistics corridors, and urban transportation systems continues to accelerate PMB utilization. Asia-Pacific contributes over 47% of total road construction activity globally, while Europe maintains strong adoption due to stringent pavement durability regulations. Increased investment in climate-resilient roads, growing freight transportation volumes, and the modernization of airport infrastructure continue to support Polymer Modified Bitumen PMB Market growth across public and private infrastructure sectors.

The United States Polymer Modified Bitumen PMB Market is witnessing substantial demand from interstate highway modernization, airport rehabilitation, bridge maintenance, and urban resurfacing programs. More than 4.2 million miles of public roads in the country require continuous maintenance, increasing the use of high-performance asphalt binders. Nearly 94% of paved roads in the United States are asphalt-based, creating strong consumption opportunities for polymer modified bitumen products. SBS modified bitumen remains widely utilized in regions experiencing freeze-thaw cycles because it improves crack resistance by over 38%. Federal and state transportation agencies are increasingly emphasizing pavement longevity and lifecycle performance, resulting in higher PMB adoption across infrastructure projects. Airport reconstruction projects across major states are boosting demand for rut-resistant modified bitumen materials capable of withstanding heavy aircraft loads. Increased freight transportation volumes, rising heavy vehicle traffic, and continuous investments in highway rehabilitation are positively influencing the Polymer Modified Bitumen PMB Market Analysis throughout the United States infrastructure industry.

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Key Findings

• Key Market Driver: More than 71% of transportation agencies prioritize polymer modified asphalt for extending pavement life, while road durability performance improves by approximately 42% under heavy traffic conditions.
• Major Market Restraint: Around 39% fluctuation in crude oil-derived raw material pricing impacts production stability, while nearly 33% of contractors report higher processing and storage costs.
• Emerging Trends: Nearly 46% of infrastructure projects are integrating sustainable pavement technologies, while warm-mix PMB adoption has increased by approximately 31% in modern highway developments.
• Regional Leadership: Asia-Pacific contributes more than 47% of global road construction activities, while Europe accounts for nearly 29% of advanced polymer modified pavement implementation projects.
• Competitive Landscape: Approximately 54% of leading manufacturers are expanding regional production capacities, while 36% are investing in high-performance elastomer and plastomer innovations.
• Market Segmentation: SBS modified bitumen represents nearly 49% usage in premium road applications, while crumb rubber modified products contribute around 21% in sustainable infrastructure projects.
• Recent Development: More than 34% of highway projects now specify PMB-based binders, while airport runway rehabilitation using polymer modified asphalt increased by approximately 27% globally.

Polymer Modified Bitumen PMB Market Latest Trends

The Polymer Modified Bitumen PMB Market Trends indicate strong momentum toward durable and climate-resistant road infrastructure materials. Increasing highway congestion and heavy commercial vehicle movement have accelerated the adoption of modified asphalt technologies capable of reducing rutting and thermal cracking. More than 52% of newly approved expressway projects globally now incorporate PMB specifications due to improved pavement life and lower maintenance frequency. Sustainable road construction is also influencing the Polymer Modified Bitumen PMB Market Outlook, with approximately 37% of contractors integrating recycled rubber and environmentally optimized additives into bitumen formulations. Warm mix asphalt technologies compatible with PMB are gaining popularity because they reduce production temperatures by nearly 25%, improving operational efficiency and lowering emissions during pavement installation.

Advanced elastomeric polymers continue to dominate demand due to their superior fatigue resistance and flexibility under variable climate conditions. More than 44% of urban road resurfacing projects are now utilizing SBS-modified products to withstand traffic stress and temperature fluctuations. Airport authorities are increasingly specifying PMB materials capable of handling heavy aircraft loading and fuel resistance requirements. Smart infrastructure initiatives, growing investments in logistics corridors, and rising adoption of automated road maintenance systems are further supporting Polymer Modified Bitumen PMB Market Growth. Increasing use of PMB in waterproofing membranes, industrial flooring, and bridge deck systems is expanding application diversity across construction and infrastructure sectors.

Polymer Modified Bitumen PMB Market Dynamics

DRIVER

"Rising demand for durable transportation infrastructure"

The increasing requirement for long-lasting road infrastructure is a major driver for the Polymer Modified Bitumen PMB Market. Global transportation authorities are focusing heavily on extending pavement service life while minimizing recurring maintenance expenditures. PMB-based asphalt systems improve fatigue resistance by nearly 48% and reduce rutting deformation by approximately 40% compared to conventional bitumen. More than 63% of newly developed highway corridors are utilizing modified asphalt specifications to improve structural stability under high axle loads. Urbanization growth, industrial freight transportation, and rising passenger vehicle density continue to intensify pavement deterioration, encouraging infrastructure agencies to adopt polymer modified materials. In several emerging economies, over 58% of road development budgets are allocated toward highway expansion and rehabilitation projects, creating consistent demand for advanced bitumen technologies.

Airport modernization programs are also contributing significantly to Polymer Modified Bitumen PMB Market Growth. Runway pavements require high-temperature resistance and superior elasticity to withstand continuous aircraft movement. PMB usage in airport applications has increased by nearly 29% because it improves skid resistance and pavement durability. In addition, bridge deck waterproofing systems increasingly utilize polymer modified binders due to enhanced flexibility and moisture resistance. Government initiatives promoting smart transportation infrastructure and climate-resilient roads are expected to maintain strong demand momentum across developed and developing regions.

RESTRAINTS

"Volatility in crude oil-derived raw materials"

Fluctuating prices of petroleum-derived feedstocks remain a significant restraint affecting the Polymer Modified Bitumen PMB Market Analysis. Bitumen production relies heavily on crude oil refining processes, making PMB manufacturing vulnerable to supply chain instability and pricing volatility. Nearly 41% variation in raw material procurement costs has affected asphalt processing operations across multiple regions. Polymer additives such as SBS and APP are also subject to petrochemical price fluctuations, increasing production uncertainty for manufacturers and contractors. Small and medium-sized road contractors often face operational pressure because PMB products can require higher initial processing costs than standard paving materials.

Storage and transportation complexities further restrict widespread PMB adoption. Modified bitumen products require temperature-controlled handling systems to preserve viscosity and polymer stability during transportation and installation. Approximately 35% of contractors report operational challenges related to specialized storage tanks and blending infrastructure. In remote infrastructure projects, transportation inefficiencies and inconsistent supply availability negatively influence project execution timelines. Environmental regulations governing refinery emissions and industrial processing activities are also impacting production scalability. Additionally, several low-budget infrastructure projects continue to favor traditional asphalt due to immediate cost considerations, limiting penetration of premium PMB products in price-sensitive regions.

OPPORTUNITY

"Expansion of sustainable and recycled pavement technologies"

The increasing emphasis on sustainable infrastructure development presents major opportunities for the Polymer Modified Bitumen PMB Market. Governments and transportation authorities worldwide are promoting environmentally optimized road construction technologies that reduce maintenance cycles and minimize resource consumption. Nearly 43% of transportation agencies are integrating recycled pavement materials into infrastructure planning frameworks. Crumb rubber modified bitumen derived from recycled tires is gaining strong attention because it enhances pavement flexibility while reducing landfill waste accumulation. Use of recycled rubber additives in asphalt formulations has increased by approximately 32% in environmentally regulated infrastructure markets.

Warm mix asphalt technologies also provide significant growth opportunities for PMB manufacturers. These systems reduce asphalt production temperatures by nearly 20% to 30%, lowering energy consumption and improving construction efficiency. More than 38% of urban resurfacing projects now specify environmentally optimized paving materials to meet sustainability targets. Smart city projects, green logistics corridors, and resilient transportation networks are expanding the adoption of advanced modified asphalt solutions. Waterproofing membrane applications are another emerging opportunity area, particularly in commercial construction and bridge infrastructure. PMB products are increasingly used in roofing systems and industrial flooring because they improve resistance to moisture penetration, UV degradation, and thermal expansion. Growing investments in resilient infrastructure modernization across Asia-Pacific and the Middle East continue to create favorable opportunities for Polymer Modified Bitumen PMB Market Forecast expansion.

CHALLENGE

"Technical complexity in production and field application"

One of the primary challenges facing the Polymer Modified Bitumen PMB Market is maintaining consistent product quality across varying climatic and operational conditions. PMB manufacturing involves sophisticated blending techniques requiring precise temperature control and polymer dispersion management. Nearly 34% of infrastructure contractors identify quality consistency as a critical operational concern during large-scale pavement projects. Improper blending or storage conditions can lead to polymer separation, reduced elasticity, and compromised pavement performance. In regions with limited technical expertise, inconsistent field application methods negatively affect long-term durability outcomes.

Specialized equipment requirements also create implementation barriers for smaller contractors. PMB paving operations often demand advanced mixing plants, temperature-monitoring systems, and trained technical personnel. Approximately 28% of local infrastructure operators lack access to modern asphalt modification equipment. Climatic variability further complicates performance optimization because pavement behavior differs significantly between high-temperature and freeze-thaw environments. Additionally, regulatory standardization across international markets remains inconsistent, making product certification and cross-border infrastructure approvals more challenging for manufacturers operating globally.

Polymer Modified Bitumen PMB Market Segmentation

The Polymer Modified Bitumen PMB Market Research Report categorizes the industry based on type and application, reflecting varying infrastructure requirements across transportation, waterproofing, and industrial construction sectors. SBS modified bitumen dominates premium road applications because of superior elasticity and crack resistance, while plastomer modified grades are widely utilized in high-temperature environments. Crumb rubber modified bitumen is gaining attention in sustainable pavement projects due to increasing recycled material adoption. Application-based demand remains strongest in highways, airport runways, bridge decks, urban roads, and roofing membranes. Growing smart infrastructure initiatives and climate-resilient construction practices continue to diversify Polymer Modified Bitumen PMB Market Opportunities across industrial and commercial applications.

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BY TYPE

SBS Modified Bitumen: SBS modified bitumen represents one of the most widely utilized product categories in the Polymer Modified Bitumen PMB Industry Analysis due to its exceptional elasticity, flexibility, and fatigue resistance. More than 49% of high-performance road infrastructure projects utilize SBS-modified formulations because they improve low-temperature crack resistance by approximately 45%. The material demonstrates superior recovery performance under repetitive traffic loading conditions, making it highly suitable for expressways, urban highways, airport pavements, and bridge deck systems. Infrastructure authorities in cold climate regions increasingly specify SBS modified asphalt because it reduces thermal cracking and extends pavement service life significantly. Approximately 57% of heavy-traffic highway rehabilitation projects prefer SBS-modified products for improved durability and rutting resistance. The growing use of mechanized road construction technologies and advanced paving systems is further supporting SBS product adoption. SBS modified bitumen also improves moisture resistance and waterproofing efficiency in industrial roofing membranes and underground infrastructure applications. Continuous expansion of freight transportation networks and increasing demand for resilient pavement materials continue to strengthen the position of SBS modified products within the global Polymer Modified Bitumen PMB Market Report landscape.

Plastomer Modified Bitumen: Plastomer modified bitumen is gaining strong demand across high-temperature infrastructure environments due to its excellent stiffness, deformation resistance, and structural stability characteristics. These products are extensively utilized in regions experiencing elevated pavement temperatures because they improve rutting resistance by nearly 43%. More than 36% of industrial road construction projects in hot climatic regions utilize plastomer-modified formulations to withstand thermal stress and heavy commercial vehicle movement. APP-based plastomer products are commonly used in waterproofing membranes, roofing sheets, tunnel linings, and industrial flooring applications because they improve tensile strength and weather resistance. Increased urban infrastructure expansion and commercial real estate development are positively influencing demand for plastomer-modified products in construction industries. Nearly 31% of bridge deck waterproofing systems now integrate plastomer modified bitumen due to improved dimensional stability and moisture protection performance. Technological advancements in polymer blending techniques are also enhancing compatibility between plastomers and asphalt binders, improving overall pavement durability. Growing investments in smart city infrastructure and sustainable industrial construction continue to support long-term opportunities for plastomer modified bitumen within the Polymer Modified Bitumen PMB Market Insights framework.

Crumb Rubber Modified Bitumen: Crumb rubber modified bitumen is emerging as a highly sustainable segment within the Polymer Modified Bitumen PMB Market because it incorporates recycled tire rubber into asphalt formulations. Environmental sustainability initiatives and circular economy policies are significantly accelerating adoption of crumb rubber technologies in road infrastructure projects. Nearly 27% of environmentally focused highway development programs now utilize crumb rubber modified asphalt to reduce waste tire accumulation and improve pavement performance. These materials improve flexibility, skid resistance, and noise reduction while enhancing resistance to fatigue cracking. Studies indicate that crumb rubber modified pavements can reduce traffic noise levels by approximately 5% to 8% compared to traditional asphalt surfaces. More than 33% of municipal road rehabilitation projects are evaluating recycled asphalt technologies to support environmental compliance goals. Crumb rubber modified products also improve thermal aging resistance and pavement elasticity under variable weather conditions. Government support for green infrastructure development and increasing awareness regarding sustainable road materials continue to strengthen market penetration. Rising implementation of eco-friendly transportation infrastructure projects across Asia-Pacific and North America is expected to create substantial growth opportunities for crumb rubber modified bitumen technologies.

Others: The “Others” category within the Polymer Modified Bitumen PMB Market includes hybrid polymer blends, EVA-modified bitumen, polyethylene-modified formulations, and specialty asphalt additives developed for niche infrastructure applications. These products are increasingly utilized in customized engineering projects requiring specific mechanical properties such as enhanced UV resistance, chemical stability, or superior waterproofing capabilities. Nearly 18% of specialized industrial construction applications now utilize customized polymer-modified asphalt systems for operational efficiency improvements. EVA-modified products are particularly favored in roofing membranes and waterproofing systems because they improve heat resistance and dimensional stability under prolonged environmental exposure. Advanced hybrid polymer technologies are also being integrated into smart infrastructure projects to improve pavement monitoring compatibility and long-term structural performance. Approximately 24% of tunnel infrastructure projects and underground construction systems utilize specialty modified bitumen products to enhance moisture protection and durability. Increasing investments in industrial parks, logistics hubs, marine infrastructure, and energy transportation facilities continue to expand demand for customized polymer-modified asphalt technologies. Innovation in multifunctional bitumen additives and performance-enhancing polymers remains a key focus area within the evolving Polymer Modified Bitumen PMB Market Research Report environment.

BY APPLICATION

Road Construction: Road construction remains the largest application segment within the Polymer Modified Bitumen PMB Market due to increasing highway expansion, smart transportation infrastructure, and urban mobility projects. More than 72% of expressway paving projects globally utilize polymer modified asphalt technologies because they improve pavement durability and reduce maintenance frequency. PMB-based road surfaces enhance rutting resistance by approximately 43% and reduce fatigue cracking by nearly 39% under heavy commercial traffic conditions. Increasing freight transportation and rising vehicle ownership are accelerating demand for resilient road materials capable of handling higher axle loads and temperature fluctuations. Around 64% of urban road rehabilitation projects now incorporate SBS and plastomer modified binders to improve structural stability and extend road life cycles. Advanced PMB technologies also improve skid resistance by nearly 28%, increasing roadway safety in high-speed transportation corridors. In developing economies, approximately 58% of government-funded highway projects prioritize long-life pavement technologies to reduce recurring infrastructure maintenance. Increasing implementation of warm mix asphalt and sustainable pavement systems is further strengthening the role of PMB in modern road construction activities across industrialized and emerging economies.

Airport Runways: Airport runway infrastructure represents a critical application area in the Polymer Modified Bitumen PMB Market because these pavements require exceptional load-bearing capacity, thermal stability, and fatigue resistance. Nearly 41% of international airport resurfacing projects now utilize PMB materials due to improved deformation resistance under heavy aircraft movement. Polymer modified asphalt improves pavement flexibility by approximately 36%, minimizing surface cracking caused by repeated landing stress and temperature variation. More than 47% of runway rehabilitation programs across developed aviation markets specify SBS modified bitumen because it provides enhanced elasticity and long-term structural integrity. PMB surfaces also improve fuel resistance and reduce rutting by nearly 32% in high-temperature operating environments. Rising global passenger traffic and cargo transportation are accelerating investments in airport modernization projects, creating continuous demand for high-performance runway materials. Approximately 29% of airport authorities are implementing advanced polymer-based pavement systems to reduce operational disruptions caused by maintenance closures. Enhanced skid resistance, moisture protection, and improved runway lifespan continue to position PMB products as essential components in aviation infrastructure development and rehabilitation projects worldwide.

Roofing and Waterproofing: Roofing and waterproofing applications are becoming increasingly important in the Polymer Modified Bitumen PMB Market due to rising commercial construction activities and growing demand for moisture-resistant infrastructure materials. More than 38% of industrial roofing systems now incorporate polymer modified bitumen membranes because they improve UV resistance, elasticity, and waterproofing efficiency. APP and SBS modified bitumen membranes provide nearly 44% greater thermal stability compared to traditional roofing materials, making them highly suitable for extreme weather environments. Commercial buildings, warehouses, logistics hubs, and industrial plants increasingly utilize PMB-based roofing solutions to improve structural durability and reduce water penetration risks. Around 35% of underground construction systems also utilize polymer modified waterproofing membranes to protect tunnels, basements, and bridge decks from moisture-related deterioration. The growing focus on green buildings and sustainable construction materials is further supporting adoption of advanced waterproofing technologies. PMB roofing systems improve crack resistance by approximately 31% while enhancing membrane flexibility under varying climatic conditions. Increasing urbanization and expansion of industrial real estate continue to create strong opportunities for PMB utilization across roofing and waterproofing infrastructure segments.

Bridge Decks and Industrial Infrastructure: Bridge decks and industrial infrastructure applications are contributing significantly to the Polymer Modified Bitumen PMB Market due to increasing emphasis on structural resilience and long-term durability. Nearly 34% of bridge rehabilitation projects now incorporate PMB waterproofing and surfacing systems because they improve load distribution and moisture protection efficiency. Polymer modified bitumen enhances bridge deck flexibility by approximately 29%, minimizing crack formation caused by thermal expansion and heavy vehicle movement. Industrial infrastructure projects such as ports, logistics terminals, manufacturing facilities, and energy transportation corridors increasingly utilize PMB technologies to withstand high mechanical stress and environmental exposure. More than 27% of marine infrastructure developments specify polymer modified asphalt systems for improved resistance against water infiltration and chemical degradation. Advanced PMB formulations also reduce maintenance requirements by nearly 33%, improving lifecycle efficiency across industrial infrastructure networks. Rising investments in smart logistics corridors and transportation connectivity are further strengthening application demand. Climate-resilient construction initiatives and modernization of aging industrial infrastructure continue to expand PMB deployment across bridge engineering, heavy-duty pavements, and specialized industrial construction projects globally.

Polymer Modified Bitumen PMB Market Regional Outlook

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North America

North America represents a technologically advanced region within the Polymer Modified Bitumen PMB Market due to extensive highway rehabilitation programs, airport modernization projects, and increasing investments in resilient infrastructure systems. Nearly 69% of interstate highway resurfacing projects in the region utilize polymer modified asphalt technologies because they improve pavement durability under heavy freight transportation. PMB usage in airport runway rehabilitation has increased by approximately 31% as aviation authorities prioritize fatigue-resistant and skid-resistant pavement systems. More than 58% of bridge deck waterproofing projects now incorporate SBS modified bitumen due to improved flexibility and moisture resistance. Cold climate regions across North America are increasingly utilizing elastomer-modified asphalt because it reduces thermal cracking by nearly 42%. Sustainable road construction practices are also accelerating adoption of recycled rubber modified asphalt technologies, particularly in urban transportation projects. Approximately 37% of municipal resurfacing programs now prioritize environmentally optimized asphalt systems. Strong industrial logistics activity, rising heavy commercial vehicle movement, and continuous transportation infrastructure upgrades continue to support long-term Polymer Modified Bitumen PMB Market demand throughout North America.

Europe

Europe remains a major region in the Polymer Modified Bitumen PMB Market due to stringent infrastructure quality regulations, advanced road engineering standards, and strong sustainability initiatives. More than 61% of high-speed transportation corridors in Europe utilize polymer modified asphalt to improve pavement lifespan and reduce maintenance intervals. SBS modified bitumen adoption has increased by approximately 34% in colder European regions where freeze-thaw cycles create significant pavement stress. Warm mix asphalt technologies integrated with PMB are widely utilized across European infrastructure projects because they reduce emissions and lower asphalt production temperatures by nearly 25%. Around 41% of urban infrastructure rehabilitation programs in Europe specify environmentally optimized polymer modified binders to meet climate resilience targets. Roofing and waterproofing applications also represent substantial demand contributors, particularly in industrial and commercial construction projects. Approximately 29% of bridge deck rehabilitation projects now utilize advanced PMB waterproofing membranes to improve structural protection against moisture penetration. Continuous investments in smart transportation systems, green infrastructure, and sustainable industrial construction continue to strengthen the Europe Polymer Modified Bitumen PMB Industry Outlook.

Asia-Pacific

Asia-Pacific dominates the Polymer Modified Bitumen PMB Market due to rapid urbanization, extensive highway expansion, and growing investments in transportation connectivity projects. More than 47% of global road construction activities occur within Asia-Pacific, creating substantial demand for advanced asphalt technologies. PMB adoption in expressway projects has increased by approximately 44% because governments are emphasizing long-life pavement systems capable of handling increasing freight and passenger traffic volumes. Urban road resurfacing activities continue to accelerate, with nearly 53% of metropolitan infrastructure projects utilizing polymer modified asphalt materials. Airport modernization and smart city developments are also driving demand for fatigue-resistant and temperature-stable pavement technologies. Around 36% of industrial infrastructure projects in the region now incorporate PMB waterproofing systems for enhanced durability and moisture protection. Growing implementation of recycled asphalt technologies and crumb rubber modified bitumen is supporting sustainable infrastructure initiatives across several developing economies. Increasing industrialization, expansion of logistics corridors, and rising construction activities continue to position Asia-Pacific as the leading growth region in the Polymer Modified Bitumen PMB Market Analysis.

Middle East & Africa

The Middle East & Africa Polymer Modified Bitumen PMB Market is witnessing increasing adoption due to rising investments in highway construction, airport expansion, industrial infrastructure, and climate-resilient transportation systems. High-temperature climatic conditions across the region are encouraging utilization of plastomer modified asphalt products capable of reducing rutting deformation by nearly 46%. More than 39% of road infrastructure projects in the region now specify PMB technologies to improve pavement performance under extreme heat exposure and heavy commercial traffic. Large-scale logistics corridor developments and urban transportation modernization projects are further accelerating demand for high-performance asphalt materials. Approximately 27% of industrial waterproofing systems in the region utilize polymer modified membranes to improve thermal stability and moisture resistance. Airport infrastructure modernization programs are also contributing significantly to regional PMB consumption, particularly for runway rehabilitation and apron surfacing applications. Sustainable infrastructure development and expansion of smart industrial cities are increasing demand for advanced construction materials. Continuous investments in transportation connectivity, port infrastructure, and industrial development projects continue to support long-term Polymer Modified Bitumen PMB Market opportunities across the Middle East & Africa region.

List of Key Polymer Modified Bitumen PMB Market Companies

• Total
• Shell

• Polymer Modified Bitumen PMB Market Report Coverage

  REPORT COVERAGE	DETAILS
  Market Size Value In	USD 10739.45 Million in 2026
  Market Size Value By	USD 14762.2 Million by 2035
  Growth Rate	CAGR of 3.6% from 2026 - 2035
  Forecast Period	2026 - 2035
  Base Year	2025
  Historical Data Available	Yes
  Regional Scope	Global
  Segments Covered
  	By Type SBS Modified Bitumen Plastomer Modified Bitumen Crumb Rubber Modified Bitumen Others
  	By Application SBS Modified Bitumen Plastomer Modified Bitumen Crumb Rubber Modified Bitumen Others