The Report Details the Proprietary Top-Down Market Model Developed Specifically for Analysis of the Automotive Rubber Component Market
Key Features:
- Comprehensive Executive Summary with Practical Findings and Key Takeaways
- Global & Regional Analysis Covering the Years 2011 to 2040
- Key Drivers for the Automotive Rubber Component Market 2011 to 2040
- Projected Changes in Regional Vehicle Technologies using STPS Scenario (Short Term Policies Combined with Future Changes)
- Impact of Changing Vehicle Technologies on Automotive Rubber Component Demand
- Rubber Compound Volume Demand by Component Type and Subtype
- Component Type and Subtype Unit Demand
- Regional Automotive OE and RP Analysis by Vehicle Type and Subtype
- Extensive Supporting Data in Excel Workbook (Summaries and Pivot Tables)
- Client Support for Questions and Alternative Scenarios
Target Audience:
This report is targeted at automotive rubber component manufacturers as well as suppliers to the automotive component industry. The content is suitable for marketing strategies, market research, and market insight. Other parties that will find this report valuable include consultants, analysts, and investors.
Exclusive Content:
- Global and regional automotive production and parc data from 2011 to 2040.
- Projected changes in automotive technology using the STPS Scenario.
- Global and regional automotive rubber compound demand from 2011 to 2040.
- Segmentation by original equipment (OE) and replacement (RP) markets.
- Detailed automotive parc analysis 2011 to 2040 by vehicle type and subtype
- Impact of changing vehicle and component technologies
- Component Technologies
- Includes: Lightweighting, TPE/V plus other trends found in project research
- on automotive rubber component demand.
- Comprehensive supporting data including Pivot Table analysis in Excel workbook.
Global automotive rubber component market analysis for the years 2011 to 2040. The analysis covers the rubber compound and component unit demand. This is segmented by region, original equipment (OE) vs replacement (RP), vehicle type and subtypes, drivetrains, component type, and subtypes.
The report is based upon a combination of primary and secondary research combined with the publisher's proprietary market modeling systems and wide-ranging experience in rubber segment market analysis. The research aims to provide transparency for all market analysis and industry reports. Assumptions, methodology and key inputs are clearly explained and documented.
The report details the proprietary top-down market model developed specifically for the analysis of the automotive rubber component market. This model builds representative historic, current and future regional car parts by vehicle subtype using short term policies modified by future changes. Vehicle subtypes are assigned rubber components based upon their technology requirements. The final analysis is broken down by OE and RP demand.
Automotive rubber component industry drivers are assessed in detail. This looks at vehicle production, parts, and vehicle types and also covers regional legislation and initiatives. Rubber component technology changes are analyzed looking at changing component types, constructions, and compositions.
The top-down model is validated against the publisher's bottom-up market analysis system (Global Tire & Rubber Chemicals Database) which provides an independently calculated check and balance.
Automotive rubber component compound and unit demand form the largest part of the report. The market is broken down in multiple dimensions including Global, region, OE, RP, component type, component subtype, vehicle type, and vehicle subtype. The analysis provides insight into changing usage patterns via evolving vehicle and rubber component technologies.
Report Scope:
This market report has the following scope:
- Market Segment: Automotive functional rubber components excluding tires.
- Vehicles: Passenger car, SUV, light truck, commercial bus/coach and commercial goods.
- Products: Functional rubber components used to improve the performance of the vehicle. Specifically: anti-vibration components, belts, hoses, seals and weatherstrip.
- Geographies: This is a global report covering the following ten regions: Africa, China, CIS, Europe, India, Middle East, North America, North Asia, South America, and South Asia.
- Time Frame: This report covers the period 2011 to 2040.
- Note: to analyze this period car parc development was modeled for preceding years.
- Rubber Compound Demand: The publisher's modeling for components and applications.
- Rubber Component Unit Demand: The publisher's modeling by vehicle subtype assignment.
Table of Contents
Methodology
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