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市場調査レポート

タイヤ用フィラー市場:過去・現在・将来

Tire Fillers Market 2018: Past-Present-Future

発行 Rubber Chemical Consultants Ltd 商品コード 320178
出版日 ページ情報 英文 102 Pages, 122 Tables, 28 Figures
納期: 即日から翌営業日
価格
本日の銀行送金レート: 1GBP=150.08円で換算しております。
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タイヤ用フィラー市場:過去・現在・将来 Tire Fillers Market 2018: Past-Present-Future
出版日: 2018年09月17日 ページ情報: 英文 102 Pages, 122 Tables, 28 Figures
概要

当レポートでは、タイヤ用フィラー市場について調査分析し、世界/地域別の分析、主要メーカーと最近の変化、市場促進要因と動向、価格の状況、市場規模 (数量・金額) など、体系的な情報を提供しています。

第1章 内容

第2章 エグゼクティブサマリー

第3章 イントロダクション

第4章 調査手法

第5章 タイヤ用フィラーの概要

  • 補強フィラー
  • 沈降シリカ
  • 非補強フィラー
  • その他のフィラー
  • 代替材料

第6章 主要メーカー

  • カーボンブラック (CB)
  • 沈降シリカ
  • 無機フィラー
  • 二酸化チタン
  • その他
  • 代替材料

第7章 市場促進要因

  • モビリティのメガトレンドとタイヤ産業の成長
  • タイヤの種類
    • 乗用車・SUV
    • 小型トラック
    • トラック
    • その他
  • コスト
  • 材料開発
  • 建設・設計
  • タイヤ構造/設計
  • 規制・環境

第8章 市場価格

  • カーボンブラック (CB)
  • 沈降シリカ
  • 無機フィラー
  • 二酸化チタン
  • その他

第9章 市場規模 (数量)

  • 世界の市場規模 (数量)
  • 地域の市場規模 (数量)

第10章 市場規模 (金額)

  • 世界の市場規模 (金額)
  • 地域の市場規模 (金額)

第11章 結論

第12章 付録

第13章 その他の資料

目次

Key Features:

  • Comprehensive Executive Summary with Practical Findings and Key Takeaways
  • Global & Regional Analysis Covering the Years 2011 to 2030
  • Covering Carbon Black, Precipitated Silica, Mineral Fillers and Others
  • Key Manufacturers & Recent Changes.
  • Industry Market Drivers & Trends
  • 2017 Regional Average Weighted Market Pricing by Filler Subtype
  • Market Volume Demand 2011 to 2030 by Region and Filler Type
  • Market Values by Region for 2017 projected to 2023 & 2029
  • Extensive Supporting Data in Excel Workbook
  • Expert Client Support if Purchased Direclty from RCCL

Target Audience:

This report is targeted at filler manufacturers including carbon black, precipitated silica, clays, ground coal, calcium carbonate and titanium dioxide. The report is also suitable for tire manufacturers and manufacturers of materials competing with fillers such as micronized rubber powder, reclaimed carbon char, and novel fillers and reinforcing systems. The content is suitable for marketing strategies, market research and market insight. Other parties which will find this report valuable include: equipment suppliers, raw material producers, precipitated silica traders and industry consultants.

Exclusive Content:

  • In-depth analysis of tire market drivers relating to filler use.
  • 2017 regional average weighted market pricing by filler subtype
  • Industry leading market volume modelling benchmarked versus actual usage data.
  • Industry market drivers & trends
  • Expert client support if purchased via RCCL directly.

Introductory Video

Video not supported - Please contact RCCL if you would like a copy

Detailed Description

Tire fillers market analysis covering the period 2011 to 2030. Covering key filler manufacturers by filler type and detailing tire market drivers, volumes, prices and values.

Key manufacturers are discussed by filler type. This includes carbon black (furnace, thermal and acetylene), precipitated silica (standard and highly dispersible), mineral fillers (clay, calcium carbonate, ground coal) and titanium dioxide. Topics include high level capacities, industry changes, drivers and developments.

Tire market drivers cover tire types, subtypes, megatrends and regional developments. Regional weighted average market prices, by filler type and subtype, are used for 2017 market pricing comparisons. Market volumes are then provided in detail by filler type and region for 2011 to 2030. This is followed by regional market values based on average pricing for 2017 projected to 2023 and 2029.

Forward market volumes and values are derived by combining all the necessary market drivers, including but not limited to: organic growth, regional drivers and technology drivers. RCCL's comprehensive analysis system is outlined in the report. Market volumes have been validated against real life usage patterns from a number of different confidential sources.

Report Scope

This market report has the following scope:

  • Tire Fillers: Carbon black (furnace carbon black, thermal carbon black, acetylene carbon black), precipitated silica (standard & highly dispersible), mineral fillers (clays, calcium carbonate, ground coal) and titanium dioxide.
  • Alternative Materials: Materials which can replace fillers either totally or in part are discussed to varying detail based upon their usage. This includes micronized powders, recovered carbon char, starch and other specialist particulates.
  • Excluded: Materials used as dusting agents or air release agents in tire production, retreading or component preparation.
  • Markets: Tire market segmented by main tire types. Also including tire bladders, curing envelopes, inner tubes, and retread compounds.
  • Geographies: Global, split by RCCL defined regions: Africa, China, CIS, Europe, India, Middle East, North America, North Asia, South America and South Asia.
  • Time Frame: Years 2011 to 2030.
  • Market Volumes: Market volumes for 2011 to 2017 are determined and validated against historic usage patterns. Volumes for 2018 to 2030 are projected using stated modelling techniques. Market volumes are provided globally and regionally by filler type and by tire type.
  • Market Prices: Average weighted regional market prices are provided for each filler type and subtype.
  • Market Values: Market values for 2017 are estimated from weighted average pricing by filler type. Market values for 2023 and 2029 use 2017 prices with the projected yearly volume.

Table of Contents

Report Contents

This report also includes a client Excel Workbook with data and figures from the report.

1. Contents

2. Executive Summary

  • 1. Scope
  • 2. Objectives
  • 3. Market Drivers
  • 4. Market Volumes
  • 5. Market Values
  • 6. Outlook

3. Introduction

  • 1. Definitions, Abbreviations & Nomenclature
  • 2. Scope
  • 3. Objectives
  • 4. Information Sources
  • 5. Assumptions

4. Methodology

  • 1. General Reporting Principles
  • 2. Consumer-Up Analysis
    • 1. Key Parameters
    • 2. Consumer Plant Parameters
    • 3. Product Technology Parameters
    • 4. Market Parameters
      • 1. Historic Values
      • 2. Future Projections
  • 3. Market Volumes for Tire Chemicals
    • 1. Consumer-Up Analysis
    • 2. Tire Parameters
    • 3. Tire Utilisations
      • 1. Projected Utilisations
      • 2. Historic Utilisations
    • 4. Reported Values
  • 4. Market Values for the Tire Segment
    • 1. Regional Valuations
  • 5. Data Validation
    • 1. Market Volumes
    • 2. Market Values

5. Tire Fillers Overview

  • 1. Reinforcing Fillers
    • 1. Carbon Black
      • 1. Furnace
      • 2. Thermal
      • 3. Acetylene
  • 2. Precipitated Silica
    • 1. Highly Dispersible Silica
    • 2. Standard (Conventional) Silica
  • 3. Non-Reinforcing Fillers
    • 1. Clay Types
    • 2. Calcium Carbonate
    • 3. Ground Coal
    • 4. Titanium Dioxide
  • 4. Specialist 'Other' Fillers
  • 5. Alternative Materials

6. Key Manufacturers

  • 1. Carbon Black
    • 1. Furnace
    • 2. Thermal
    • 3. Acetylene
  • 2. Precipitated Silica
  • 3. Mineral Fillers
    • 1. Clay
    • 2. Caclium Carbonate
    • 3. Ground Coal
  • 4. Titanium Dioxide
  • 5. Others
  • 6. Alternative Materials

7. Market Drivers

  • 1. Mobility Megatrends and Tire Industry Growth
  • 2. Tire Types
    • 1. PC & SUV
      • 1. All Season
      • 2. All Weather
      • 3. Eco
      • 4. High Performance
      • 5. Racing
      • 6. Summer
      • 7. Summer Low Rolling Resistance
      • 8. Ultra-High Performance
      • 9. Winter
      • 10. Electric
    • 2. Light Truck
      • 1. All Season
      • 2. Eco
      • 3. Summer
      • 4. Summer Low Rolling Resistance
      • 5. Winter
      • 6. Xply (Bias)
    • 3. Truck
      • 1. Truck Radial
      • 2. Truck Radial Eco
      • 3. Truck Radial Low Rolling Resistance
      • 4. Truck Wide Base
      • 5. Truck Winter
      • 6. Truck Xply (Bias)
    • 4. Other Types
      • 1. Aero Tires
      • 2. Agricultural Tires
      • 3. Bicycle Tires
      • 4. Industrial Tires
      • 5. Motorcycle/Scooter Tires
      • 6. Off Road Tires
      • 7. Small Other Tires
      • 8. Tire Related (Bladders, Envelopes, Inner Tubes, Flaps)
  • 3. Compound Costs
  • 4. Material Developments
    • 1. Polymers
    • 2. Fillers
  • 5. Tire Construction/Design
  • 6. Compound Mixing
  • 7. Tire Building
  • 8. Legislation & Environment
    • 1. Material Elimination
    • 2. Tire Labelling
    • 3. Sustainability

8. Market Pricing

  • 1. Carbon Black
    • 1. Furnace
      • 1. Carcass
      • 2. Tread
    • 2. Thermal
    • 3. Acetylene
  • 2. Precipitated Silca
    • 1. Standard
    • 2. Highly Dispersible
  • 3. Mineral Fillers
    • 1. Clay Types
    • 2. Calcium Carbonate
    • 3. Ground Coal
  • 4. Titanium Dioxide
  • 5. Other Filler Types

9. Market Volumes

  • 1. Global Volumes
    • 1. By Filler Type
      • 1. Main Filler Type
      • 2. Carbon Black Types
      • 3. Precipitated Silica Types
      • 4. Mineral Types
    • 2. By Tire Type
      • 1. Passenger Car
      • 2. Sports Utility Vehicle
      • 3. Truck
      • 4. Industrial
      • 5. Light Truck
      • 6. Agricultural
      • 7. Aero
      • 8. Motorcycle/Scooter
      • 9. Off-The-Road
      • 10. Bicycle
      • 11. Bladders/Envelopes/Tubes
      • 12. Other Tire Types
    • 3. Crumb and Reclaimed Rubber
  • 2. Regional Volumes
    • 1. All Types
    • 2. Carbon Blacks
    • 3. Precipitated Silica
    • 4. Minerals
    • 5. Titanium Dioxide
    • 6. Other Filler Types
    • 7. Crumb and Reclaimed Rubber

10. Market Values

  • 1. Global Market Values
    • 1. All Types
    • 2. By Filler Type
    • 3. Carbon Black Types
    • 4. Precipitated Silica Types
    • 5. Mineral Types
    • 6. Other Fillers
  • 2. Regional Market Values
    • 1. All Types
    • 2. Carbon Blacks
      • 1. Furnace
      • 2. Thermal
      • 3. Acetylene
    • 3. Precipitated Silica
      • 1. Standard
      • 2. Highly Dispersible
    • 4. Minerals
      • 1. Clays
      • 2. Calcium Carbonate
      • 3. Ground Coal
    • 5. Titanium Dioxide
    • 6. Other Filler Types

11. Concluding Comments

12. Appendices

  • 1. Market Segments and Sub Segments

13. Additional Documentation

Report Tables

Section 2 - Executive Summary

  • Table 2.1 - Summary Market Values by Filler Type and Subtype 2017, 2023, 2029

Section 3 - Introduction

  • Table 3.1 - Abbreviations, Definitions & Nomenclature

Section 4 - Methodology

  • Table 4.1 - Future Year Projections
  • Table 4.2 - Tire Parameters

Section 5 - Tire Fillers Overview

  • Table 5.1 - Clay Types Used in Tire Compounding

Section 6 - Key Manufacturers

  • Table 6.1 - Top 10 Furnace Carbon Black Manufacturers by Production Capacity 2011 to 2030
  • Table 6.2 - Top 10 Precipitated Silica Manufacturers by Production Capacity 2011 to 2030
  • Table 6.3 - Selection of Key Clay Manufacturers and Distributors
  • Table 6.4 - Selection of Key Calcium Carbonate Manufacturers and Distributors
  • Table 6.5 - Selection of Key Ground Coal Manufacturers and Distributors
  • Table 6.6 - Selection of Key Titanium Dioxide Manufacturers and Distributors
  • Table 6.7 - Powdered Rubber Manufacturers

Section 7 - Market Drivers

  • Table 7.1 - PC + SUV Tires Global Production 2011 to 2030
  • Table 7.2 - PC Tires Global Production 2011 to 2030
  • Table 7.3 - SUV Tires Global Production 2011 to 2030
  • Table 7.4 - SUV Tires Global Production 2011 to 2030 HP+UHP vs Other Subtypes
  • Table 7.5 - SUV Tire Production 2011 to 2030 China vs Europe
  • Table 7.6 - LT Tire Global Production 2011 to 2030
  • Table 7.7 - TR Tire Global Production 2011 to 2030
  • Table 7.8 - Global Tire Compound Demand All Tire Types 2011 to 2030
  • Table 7.9 - Tire Filler Related Developments 2016

Section 8 - Market Pricing

  • Table 8.1 - 2017 Regional Weighted Average Delivered Price for Furnace Carbon Black
  • Table 8.2 - 2017 Regional Weighted Average Delivered Price for Carcass Furnace Carbon Black
  • Table 8.3 - 2017 Regional Weighted Average Delivered Price for Tread Furnace Carbon Black
  • Table 8.4 - 2017 NAFTA Regional Weighted Average Delivered Price for Thermal Carbon Black
  • Table 8.5 - 2017 Regional Weighted Average Delivered Price for Acetylene Carbon Black
  • Table 8.6 - 2017 Regional Weighted Average Delivered Price for STS
  • Table 8.7 - 2017 Regional Weighted Average Delivered Price for HDS
  • Table 8.8 - 2017 Regional Weighted Average Delivered Price for Clay Types
  • Table 8.9 - 2017 Regional Weighted Average Delivered Price for Calcium Carbonate
  • Table 8.10 - 2017 Regional Weighted Average Delivered Price for Ground Coal
  • Table 8.11 - 2017 Regional Weighted Average Delivered Price for Titanium Dioxide
  • Table 8.12 - 2017 Regional Weighted Average Delivered Price for Other Filler Types

Section 9 - Market Volumes

  • Table 9.1 - Global Tire Filler Volumes All Filler Types 2011 to 2030
  • Table 9.2 - Global Tire Filler Volumes by Main Filler Type 2011 to 2030
  • Table 9.3 - Global Tire Carbon Black Volumes by Carbon Black Type 2011 to 2030
  • Table 9.4 - global tire precipitated silica volumes by silica type 2011 to 2030
  • Table 9.5 - Global Tire Mineral Volumes by Mineral Type 2011 to 2030
  • Table 9.6 - Global Tire Filler Volumes by Tire Type (All Filler Types) 2011 to 2030
  • Table 9.7 - Global PC Tire Filler Volumes by Filler Type 2011 to 2030
  • Table 9.8 - Global PC Tire Carbon Black Volumes by Carbon Black Type 2011 to 2030
  • Table 9.9 - Global PC Tire Precipitated Silica Volumes by Silica Type 2011 to 2030
  • Table 9.10 - Global PC Tire Mineral Volumes by Mineral Type 2011 to 2030
  • Table 9.11 - Global SUV Tire Filler Volumes by Filler Type 2011 to 2030
  • Table 9.12 - Global SUV Tire Carbon Black Volumes by Carbon Black Type 2011 to 2030
  • Table 9.13 - Global SUV Tire Precipitated Silica Volumes by Silica Type 2011 to 2030
  • Table 9.14 - Global SUV Tire Mineral Volumes by Mineral Type 2011 to 2030
  • Table 9.15 - Global Truck Tire Filler Volumes by Filler Type 2011 to 2030
  • Table 9.16 - Global Truck Tire Carbon Black Volumes by Carbon Black Type 2011 to 2030
  • Table 9.17 - Global Truck Tire Precipitated Silica Volumes by Silica Type 2011 to 2030
  • Table 9.18 - Global Truck Tire Mineral Filler Volumes by Mineral Type 2011 to 2030
  • Table 9.19 - Global Industrial Tire Filler Volumes by Filler Type 2011 to 2030
  • Table 9.20 - Global Industrial Tire Carbon Black Volumes by Carbon Black Type 2011 to 2030
  • Table 9.21 - Global Industrial Tire Precipitated Silica Volumes by Silica Type 2011 to 2030
  • Table 9.22 - Global Industrial Tire Mineral Filler Volumes by Mineral Type 2011 to 2030
  • Table 9.23 - Global Light Truck Tire Filler Volumes by Filler Type 2011 to 2030
  • Table 9.24 - Global Light Truck Tire Carbon Black Volumes by Carbon Black Type 2011 to 2030
  • Table 9.25 - Global Light Truck Tire Precipitated Silica Volumes by Silica Type 2011 to 2030
  • Table 9.26 - Global Light Truck Tire Mineral Filler Volumes by Mineral Type 2011 to 2030
  • Table 9.27 - Global Agri Tire Filler Volumes by Filler Type 2011 to 2030
  • Table 9.28 - Global Agri Tire Carbon Black Volumes by Carbon Black Type 2011 to 2030
  • Table 9.29 - Global Agri Tire Precipitated Silica Volumes by Silica Type 2011 to 2030
  • Table 9.30 - Global Agri Tire Mineral Filler Volumes by Mineral Type 2011 to 2030
  • Table 9.31 - Global Aero Tire Filler Volumes by Filler Type 2011 to 2030
  • Table 9.32 - Global Aero Tire Carbon Black Volumes by Carbon Black Type 2011 to 2030
  • Table 9.33 - Global Aero Tire Precipitated Silica Volumes by Silica Type 2011 to 2030
  • Table 9.34 - Global MC/SCTR Tire Filler Volumes by Filler Type 2011 to 2030
  • Table 9.35 - Global MC/SCTR Tire Carbon Black Volumes by Carbon Black Type 2011 to 2030
  • Table 9.36 - Global MC/SCTR Tire Precipitated Silica Volumes by Silica Type 2011 to 2030
  • Table 9.37 - Global MC/SCTR Tire Mineral Filler Volumes by Mineral Type 2011 to 2030
  • Table 9.38 - Global OTR Tire Filler Volumes by Filler Type 2011 to 2030
  • Table 9.39 - Global OTR Tire Carbon Black Volumes by Carbon Black Type 2011 to 2030
  • Table 9.40 - Global OTR Tire Precipitated Silica Volumes by Silica Type 2011 to 2030
  • Table 9.41 - Global OTR Tire Mineral Filler Volumes by Mineral Type 2011 to 2030
  • Table 9.42 - Global Bicycle Tire Filler Volumes by Filler Type 2011 to 2030
  • Table 9.43 - Global Bicycle Tire Carbon Black Volumes by Carbon Black Type 2011 to 2030
  • Table 9.44 - Global Bicycle Tire Precipitated Silica Volumes by Silica Type 2011 to 2030
  • Table 9.45 - global B-E-T filler volumes by filler type 2011 to 2030
  • Table 9.46 - Global B-E-T Carbon Black Volumes by Carbon Black Type 2011 to 2030
  • Table 9.47 - Global 'Other' Tire Type Filler Volumes by Filler Type 2011 to 2030
  • Table 9.48 - Global 'Other' Tire Type Carbon Black Volumes by Carbon Black Type 2011 to 2030
  • Table 9.49 - Global 'Other' Tire Type Precipitated Silica Volumes by Silica Type 2011 to 2030
  • Table 9.50 - Global 'Other' Tire Type Mineral Filler Volumes by Mineral Type 2011 to 2030
  • Table 9.51 - Global Recycled Rubber Volumes 2011 to 2030
  • Table 9.52 - Global Recycled Rubber by Type 2011 to 2030
  • Table 9.53 - Regional Tire Filler Volumes for All Filler Types 2011 to 2030 80
  • Table 9.54 - Regional Tire Volumes for All Carbon Blacks Types 2011 to 2030
  • Table 9.55 - Regional Tire Volumes for Furnace Carbon Black 2011 to 2030
  • Table 9.56 - Regional Tire Volumes for Thermal Carbon Black 2011 to 2030
  • Table 9.57 - Regional Tire Volumes for Acetylene Black 2011 to 2030
  • Table 9.58 - Regional Tire Volumes for All Precipitated Silica Types 2011 to 2030
  • Table 9.59 - Regional Tire Volumes for STS 2011 to 2030
  • Table 9.60 - Regional Tire Volumes for HDS 2011 to 2030
  • Table 9.61 - Regional Tire Volumes for All Mineral Types 2011 to 2030
  • Table 9.62 - Regional Tire Volumes for All Clay Types 2011 to 2030
  • Table 9.63 - Regional Volumes for Calcium Carbonate 2011 to 2030
  • Table 9.64 - Regional Volumes for Coal 2011 to 2030
  • Table 9.65 - Regional Volumes for Titanium Dioxide 2011 to 2030
  • Table 9.66 - Regional Volumes for Other Filler Types 2011 to 2030
  • Table 9.67 - Regional Recycled Rubber Volumes 2011 to 2030
  • Table 9.68 - Regional Crumb/Powder Rubber Volumes 2011 to 2030
  • Table 9.69 - Regional Reclaimed Rubber Volumes 2011 to 2030

Section 10 - Market Values

  • Table 10.1 - Global Market Value All Filler Types 2017, 2023, 2029
  • Table 10.2 - Global Market Value by Filler Type 2017, 2023, 2029
  • Table 10.3 - Global Market Value by Carbon Black Type 2017, 2023, 2029
  • Table 10.4 - Global Market Value by Precipitated Silica Type 2017, 2023, 2029
  • Table 10.5 - Global Market Value by Mineral Type 2017, 2023, 2029
  • Table 10.6 - Regional Market Values for All Filler Types 2017, 2023, 2029
  • Table 10.7 - Regional Market Values for All Carbon Black Types 2017, 2023, 2029
  • Table 10.8 - Regional Market Values for Furnace Carbon Black 2017, 2023, 2029
  • Table 10.9 - Regional Market Values for Thermal Black 2017, 2023, 2029
  • Table 10.10 - Regional Market Values for Acetylene Black 2017, 2023, 2029
  • Table 10.11 - Regional Market Values for All Types of Precipitated Silica 2017, 2023, 2029
  • Table 10.12 - Regional Market Values for STS 2017, 2023, 2029
  • Table 10.13 - Regional Market Values for HDS 2017, 2023, 2029
  • Table 10.14 - Regional Market Values All Mineral Types 2017, 2023, 2029
  • Table 10.15 - Regional Market Values for Clay Types 2017, 2023, 2029
  • Table 10.16 - Regional Market Values for Calcium Carbonate 2017, 2023, 2029
  • Table 10.17 - Regional Market Values for Ground Coal 2017, 2023, 2029
  • Table 10.18 - Regional Market Values for Titanium Dioxide 2017, 2023, 2029
  • Table 10.19 - 'Other' Filler Types Market Values 2017, 2023, 2029

Section 12 - Appendices

  • Table 13.1 - Tire Segment's Types and Subtypes

Report Figures

Section 2 - Executive Summary

  • Figure 2.1 - Tire Filler Market Drivers Overview
  • Figure 2.2 - Global & Regional Tire Filler Market Volumes - All Filler Types 2011 to 2029
  • Figure 2.3 - Global Carbon Black Market Volumes by Type 2011 to 2029
  • Figure 2.4 - Global & Regional Furnace Carbon Black Volumes 2011 to 2029
  • Figure 2.5 - Global Precipitated Silica Market Volumes by Type 2011 to 2029
  • Figure 2.6 - Global & Regional STS Market Volumes 2011 to 2029
  • Figure 2.7 - Global & Regional HDS Market Volumes 2011 to 2029
  • Figure 2.8 - Global Mineral Filler Market by Type 2011 to 2029
  • Figure 2.9 - Global & Regional Mineral Filler Market Volumes 2011 to 2039
  • Figure 2.10 - Global & Regional Market Values All Fillers 2017, 2023, 2029
  • Figure 2.11 - Global Market Values by Filler Type 2017, 2023, 2029

Section 4 - Methodology

  • Figure 4.1 - 'Consumer-Up' Market Analysis
  • Figure 4.2 - Consumer Plant Parameters
  • Figure 4.3 - Product Technology Parameters
  • Figure 4.4 - Market Utilisation Parameters
  • Figure 4.5 - Extended Model for Tire Segment

Section 6 - Key Manufacturers

  • Figure 6.1 - 2017 Global Furnace Carbon Black Manufacturing Capacity
  • Figure 6.2 - 2017 Global Non-Furnace Carbon Black Manufacturing Capacities
  • Figure 6.3 - 2017 Global Precipitated Silica Manufacturing Capacity

Section 7 - Market Drivers

  • Figure 7.1 - Compound Demand by Region for PC, SUV, LT & TR Tire Types 2011 to 2029
  • Figure 7.2 - Global Compound Demand by Tire Type 2011 to 2029
  • Figure 7.3 - Current and Future Tire Labelling Schemes

Section 8 - Market Pricing

  • Figure 8.1 - 2017 Average Weighted Prices by Filler Type

Section 9 - Market Volumes

  • Figure 9.1 - Filler Demand by Filler Type 2011 to 2029
  • Figure 9.2 - Global Filler Demand by Tire Type 2011 to 2029
  • Figure 9.3 - All Filler Types Demand by Region 2011 to 2029

Section 10 - Market Values

  • Figure 10.1 - Market Value by Filler Type 2017, 2023, 2029
  • Figure 10.2 - Market Value by Region for All Filler Types, 2017, 2023, 2029

Companies Mentioned

  • 1.Cabot Corporation
  • 2.Birla Carbon
  • 3.Orion Engineered Carbons
  • 4.Jiangxi Black Cat Carbon Black
  • 5.China Synthetic Rubber Company
  • 6.Omsk Carbon
  • 7.Tokai Carbon
  • 8.Sid Richardson
  • 9.Phillips Carbon Black
  • 10.Longxing Chemical Stock
  • 11.Cancarb
  • 12.Quijing Zhongyi Fine Chemical Industry
  • 13.Asahi Carbon
  • 14.Nippon Steel
  • 15.Gazprom
  • 16.Xinjiang Yakela Carbon Black
  • 17.Denka
  • 18.Evonik Industries
  • 19.Solvay
  • 20.Quechen Silicon
  • 21.PPG Industries
  • 22.Madhu Silica
  • 23.Huber Silicas
  • 24.Hengdian
  • 25.OSC Group
  • 26.Ecopower
  • 27.Fujian Sike
  • 28.Active Minerals
  • 29.BASF
  • 30.EICL Ltd
  • 31.Hess Pumice Products
  • 32.Imerys
  • 33.KaMin
  • 34.KMG
  • 35.Sciama
  • 36.Ventas Techicas
  • 37.Zigma International
  • 38.Cales de Llierca
  • 39.Inowrocladskie
  • 40.Jai Enterprises
  • 41.Kunal Calcium
  • 42.Calf Carbon Technology
  • 43.Coal Fillers
  • 44.Hiller Carbon
  • 45.Huber
  • 46.Huntsman
  • 47.Cosmo Chemical
  • 48.Lehigh Technologies
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