세계 타이어 원자재 시장 규모는 전기자동차의 성장, 지속가능성 우선순위, 소비자 선호도 변화가 2028년까지 성장을 이끌 것으로 보입니다. OEM 및 기타 산업의 영향으로 변화하는 타이어 요구사항에 대응하기 위해 타이어 원자재 시장은 2028년까지 3.5%의 CAGR을 나타낼 것으로 예측됩니다.
대형 OEM과 규제 당국이 더 높은 지속가능성 성능을 요구함에 따라, 새로운 타이어 원료 개발은 업계의 필수품이 되고 있습니다.
이 보고서는 세계 타이어 원자재(Tire Raw Materials) 시장에 대해 조사했으며, 시장 개요와 함께 공급망, 시장 현황 및 향후 전망, 2028년까지 부문별 동향 등을 조사하여 전해드립니다.
목차
주요 요약
서론과 조사 방법
타이어 업계 촉진요인과 동향
- COVID-19
- 가격 결정/인플레이션
- 환경 복잡화, 발전
- 공급망 역학
- 기술 변화
- 타이어에 대한 성능 요구 변화
- 지속가능성
타이어 원재료 공급과 소비
- 부문별 수요 및 공급
- 승용차 및 경자동차용 타이어
- 트럭 및 버스 타이어
- 특수 타이어
- 지역별 수요 및 공급
- 아시아태평양(중국, 인도, 일본)
- 서유럽(독일, 프랑스, 영국, 이탈리아)
- 중유럽 및 동유럽(러시아, 폴란드)
- 북미(미국, 캐나다, 멕시코)
- 남미 및 중앙아메리카(브라질)
- 중동 및 아프리카
- 소재별 수요 및 공급
- 엘라스토머
- 타이어 프로세싱 오일
- 타이어코드(섬유/스틸)
- 코드 접착 촉진제(섬유/스틸)
- 필러
- Carbon Black
- Conventional silica
- HD silica
- Silanes
- Antioxidants and antiozonants
- Performance resins
- Curing agents
- Processing aids
타이어 원재료 증가
- 소재별 성장 동향
- 엘라스토머
- 타이어 프로세싱 오일
- 타이어코드(섬유/스틸)
- 코드 접착 촉진제(섬유/스틸)
- 필러
- Carbon Black
- Conventional silica
- HD silica
- Silanes
- Antioxidants and antiozonants
- Performance resins
- Curing agents
- Processing aids
타이어 재료에 영향을 미칠 가능성이 있는 기술 동향
- 자동차 기술, EV 동향
- 배출량 감축
- 지속가능성
- 폐타이어 재활용
타이어 기업 및 원재료의 기회와 과제
LSH
Features:
- The growth of electric vehicles, prioritization of sustainability and changing consumer preferences are driving growth in tire raw materials to 2028
- A CAGR of 3.5% in tire raw materials volume is forecast to 2028 to meet changing tire requirements from OEMs and other industry influences
- Tires are being designed to meet the higher load capacities of heavier vehicles.
With major OEMs and regulators demanding higher sustainability performance, new developments in tire raw materials are becoming a must-have in the industry. This Smithers study analyses the key trends in, and the evolution of, tire raw materials through 2028. The report maps out the global tire raw materials landscape and forecast, quantifying the market by material type, end use, region and selected country. It identifies how the drive for ever lower rolling resistance, industry sustainability and the move toward electric vehicles is supporting growth in tire raw materials.
- This report details how the tire industry will design and produce tires that are stronger and lighter through the use of new and evolving tire raw materials
- The report delves into the growth rates of tire raw materials including geographic trends and end uses for major material types
- Case studies include industry automation for better raw materials processing, new tire designs, and industry collaboration in sustainable raw materials development.
What will you discover?
- The automotive sector's impact on use of tire raw materials and tire development
- Current and potential disruptive factors to the tire industry and tire raw materials
- The reshaping of the tire industry through the adoption of electric vehicles and the result in tire materials
- Technology developments applied to tire raw materials and the benefit to tire performance
- Ongoing disruptions associated with Covid-19, global supply chains, and the war between Russia and Ukraine.
The Smithers methodology
This report is based on extensive primary and secondary research. Primary research consisted of targeted interviews with material suppliers, converters and experts drawn from key markets. This was supported by secondary research in the form of extensive literature analysis of published data, official government statistics, domestic and international trade organisation data, company websites, industry reports, trade press articles, presentations, and attendance at trade events.
Who should buy this report?
- Producers of tire materials
- Tire makers
- Equipment suppliers to the tire industry
- Participants in the tire markets value chain
- Industry analysts and researchers
About the author
N. Omar Meneghelli is an independent consultant, coach and trainer with a deep background in the tire and automotive industries, and extensive experience in Six Sigma leadership, root cause analysis and quality strategy development. His expertise in technical service, quality assurance and continuous improvement has positioned him in roles throughout his career to support top tire industry management globally.
Table of Contents
Executive summary
Introduction & methodology
- Introduction
- Scope
- Methodology
- De\finitions
- Abbreviations and glossary of terms
Tire industry drivers and dynamics
- Covid-19
- Pricing/Inflation
- Environmental complications, developments
- Supply chain dynamics
- Technology changes
- Shifting performance demands in tires
- Sustainability
Tire raw materials supply and consumption
- Supply and demand by sector
- Passenger car and light vehicle tires
- Truck and bus tires
- Specialty tires
- Supply and demand by region
- Asia-Pacific
- Western Europe
- Germany
- France
- UK
- Italy
- Other
- Central and Eastern Europe
- North America
- South America and Central
- Middle East and Africa
- Supply and demand by material
- Elastomers
- Natural rubber
- Synthetic elastomers
- ESBR
- SSBR
- PBR
- Butyl rubber
- Polyisoprene (IR)
- Functionalized elastomers
- Tire oils (rubber process oils)
- Textile and steel tire cords
- Cord adhesion promoters
- Reinforcing fillers
- Carbon black
- Precipitated silica
- HDS
- Silane coupling agents
- Antioxidants and antiozonants
- Compound and mould release agents
- Tackifiers
- Curatives
- Anti-scorch agents (retardants)
- Sulfur
- Zinc oxide
- Stearic acid
- Accelerators
- Homogenisers
- Peptizers
- Recyclates
- Emerging and fringe materials
- Nano fillers
- Organic fillers
- TPMS materials
- RFID and sensors
Tire raw materials growth
- Growth trends by material
- Elastomers
- Natural rubber
- Synthetic elastomers
- ESBR
- SSBR
- PBR
- Butyl rubber
- Polyisoprene (IR)
- Functionalized elastomers
- Tire oils (rubber process oils)
- Textile and steel tire cords
- Cord adhesion promoters
- Reinforcing fillers
- Carbon black
- Precipitated silica
- HDS
- Silane coupling agents
- Antioxidants and antiozonants
- Compound and mould release agents
- Tackifiers
- Curatives
- Anti-scorch agents (retardants)
- Sulfur
- Zinc oxide
- Stearic acid
- Accelerators
- Homogenisers
- Peptizers
- Recyclates
- Emerging and fringe materials
- Nano fillers
- Organic fillers
- TPMS materials
- RFID and sensors
Technology trends likely to impact tire materials
- Trends in vehicle technology, EVs
- Reducing emissions
- Sustainability
- End-of-life tire recycling
Opportunities/challenges for tire companies and raw materials
- State of tire materials R&D
- Mergers and acquisitions
- Legislation
- Opportunities beyond the forecast period
- Cutting-edge technologies and research
Tables
- Passenger and commercial light vehicle sales by geographic market, 2019-23 ('000s)
- Global tire market by end use, 2019-23 ($ million)
- Global tire market by end use, 2019-23 (millions)
- Global tire market: % increase units versus previous year, 2020-23
- Global tire consumption by vehicle type, 2019-23 (millions)
- Global consumption of green tires by end use, 2019-23 (million)
- Original equipment share of tire sales in US/EU by vehicle type, 2019-23 (%)
- Average age of fleet, 2019-23 (years)
- Tire market by region and key countries, 2019-23 (millions)
- Typical tire composition by weight and RM Top-Ten Tire Company cost split
- Typical radial tire components and materials used
- Global consumption of tire raw materials by type, 2019-23 ('000 tonnes)
- Tire raw materials consumption in passenger cars and light commercial vehicles, 2019-23, ('000)
- Tire raw materials consumption in trucks, 2019-23 ('000 tonnes)
- Tire raw materials consumption in motorcycles, 2019-23 ('000 tonnes)
- Model tire formulation sidewall, innerliner and tread (truck and bus and pc silica tread)
- Rubber in radial passenger tire by weight (%)
- Elastomers consumption in the tire industry, 2019-23 ('000 tonnes)
- Total tire elastomers by volume and region, 2019-23 ('000 tonnes)
- Process oils used in the tire industry
- Process oils (plasticizers) consumption in the tire industry, 2019-23 ('000 tonnes)
- Process oils in the tire industry by geographic market, 2019-23 ('000 tonnes)
- Textile & steel cord consumption in the tire industry, 2019-23 ('000 tonnes)
- Textile & steel cord consumption in the tire industry by geography, 2019-23, ('000 tonnes)
- Textile cord adhesive in the tire industry by geographic market, 2019-23, ('000 tonnes)
- Steel cord adhesive in the tire industry by geographic market 2019-23, ('000 tonnes)
- Carbon black used in the tire industry, 2019-23, ('000 tonnes)
- Carbon black standard consumption in the tire industry by geographic market,2019-23 ('000)
- Conventional silica consumption in the tire industry by geographic market, 2019-23 ('000 tonnes)
- HD silica consumption in the tire industry by geographic market, 2019-23 ('000 tonnes)
- HD silica tread - industry trade offs
- Silanes consumption in the tire industry by geographic market, 2019-23 ('000 tonnes)
- Antioxidants and antiozonants consumption in the tire industry by geographic market, 2019-23
- Performance resins consumption in the tire industry, 2019-23 (tonnes)
- Performance resins in the tire industry by volume and region, 2019-23
- Curing agents in the tire industry by volume and region, 2019-23 ('000 tonnes)
- Processing aids in the tire industry by volume and region 2019-23, ('000 tonnes)
- Other chemicals in the tire industry by geographic region 2019-23, ('000 tonnes)
- Important milestones that will affect the future tire industry
- Passenger and commercial light vehicle sales by geographic market, 2019-28 ('000s)
- Global tire market by end use, 2019-28 ($ million)
- Global tire market by end use, 2019-28 (million units)
- Global tire market by region, 2019-28 (million units)
- Global consumption of tire raw materials by type, 2019-28 ('000 tonnes)
- Tire raw material consumption in passenger cars and light commercial vehicles, 2019-28 ('000 tonnes)
- Tire raw material consumption in trucks, 2019-28 ('000 tonnes)
- Tire raw material consumption in motorcycles, 2019-28 ('000 tonnes)
- Elastomer consumption in the tire industry, 2019-28 ('000 tonnes)
- Total tire elastomers by volume and region 2019-28 ('000 tonnes)
- Process oils used in the tire industry
- Process oils (plasticizer) consumption in the tire industry, 2019-28 ('000 tonnes)
- Process oils used in the tire industry by geographic market, 2019-28 ('000 tonnes)
- Textile and steel cord consumption in the tire industry, 2019-28 ('000 tonnes)
- Textile and steel cord consumption by geographic market, 2019-28 ('000 tonnes)
- Textile adhesive consumption in the tire industry by geographic market, 2019-28 ('000 tonnes)
- Steel cord adhesive consumption by geographic market, 2019-28 ('000 tonnes)
- Carbon black used in tire industry, 2019-28 ('000 tonnes)
- Carbon black used in tire industry by geography, 2019-28 ('000 tonnes)
- Carbon black technologies now and future
- Conventional silica consumption in the tire industry by geographic market, 2019-28 ('000 tonnes)
- HD silica consumption in the tire industry by geographic market, 2019-28 ('000 tonnes)
- HD silica tread - industry trade offs
- Silanes consumption in the tire industry by geographic market, 2019-28 ('000 tonnes)
- Antioxidants and antiozonants consumption in the tire industry by geographic market, 2019-28 ('000 tonnes)
- Performance resins consumption in the tire industry, 2019-28 (tonnes)
- Performance resins in the tire industry by volume and region 2019-28 (tonnes)
- Curing agents in the tire industry by volume and region 2019-28 ('000 tonnes)
- Processing aids in the tire industry by volume and region 2019-28 ('000 tonnes)
- Other chemicals consumption in the tire industry by geographic market, 2019-28 ('000 tonnes)
- Polymers for airless concept
- Model Formula sustainable alternative 2028
- Pneumatic tires technologies
Figures
- An illustration of a typical tire construction
- Sample natural rubber pricing trend
- Butadiene price
- Crude oil pricing as noted in Pirelli's annual report
- Steel cord distribution and elements
- Magic triangle illustrating tire property trade-offs
- Solution to create conductivity pass in high silica tread compounds
- International Monetary Fund Global energy price index
- Global Container Freight Index
- Radically rethinking what we use to make tires from Bridgestone
- How is bio-sourced butadiene produced?
- Extending magic triangle with new functionalised SBR
- Fibres converted into treated and dipped stabilized fabrics
- Tire Pyrolysis plant and mass flows
- BlackCycle ecosystem and partners
- Monolith methane pyrolysis CB
- Toxicity classification 6PPD and MB5 multimodal container
- RFID emblem (ISO/IEC 29160)
- Innerliner diagram
- Factories of international tire makers in Russia
- Run Flat tire layout and support ring system
- Lightweighting
- Calender operation and electron beam. Example of off balance fabric
- Typical pneumatic factory process flow
- Roller head and contoured innerliner and cured tire layout
- RFID chipset and an additional antenna and RFID technology
- Lifecycle against tire tag integration scenarios
- Example of web solutions
- Machine vision to detect a ply open splice and correct tire stamping
