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Description

Heating silicone products up to a level of temperature can make them more flexible which are known as high temperature silicones. High-temperature silicone is a form of rubber which can resist high temperatures and has the capability to withstand chemicals. High-temperature silicones are utilized in sealants for fuel tanks and lines, electrical insulation, sealing roofing materials against moisture penetration, insulation on wire harnesses, and as bonding agents between glass surfaces. The increasing demand for high-temperature silicone is primarily due to its versatile applications in various industries. As industries such as automotive, aerospace, electronics and construction continue to evolve, there is a rising need for materials that can withstand extreme temperatures and harsh environments. High-temperature silicone finds extensive use in gaskets, seals, insulation, and coatings in these industries, driving high temperature silicone market growth. On the contrary, the limited temperature range and competition from alternative materials are the factors which are limiting market growth. High Temperature Silicone Market is projected to grow at a rate of 2.1% CAGR by 2028.
High Temperature Silicone Market on the basis of Products:
•    High-Temperature Elastomer
•    High-Temperature Coatings
•    High-Temperature Sealants & Adhesives
•    High-Temperature Industrial Plastics
High Temperature Silicone Market on the basis of End-Use Applications:
•    Automotive
•    Construction
•    Industrial
•    Electrical & Electronics
•    Others
High Temperature Silicone Market on the basis of Geography:
•    North America
•    Europe
•    Asia Pacific
•    Rest of the World
On the basis of products, the high temperature silicone elastomer segment was the largest contributor in the high temperature silicone market due to its various applications in the automotive and construction sector. Increasing purchasing power and growing acceptance among consumers have led to the rise in the demand for high-temperature silicone. Moreover, Government regulations on the use of low VOC products have further added to the market growth.
Further as per the market by end-use applications, the automotive segment is expected to register highest growth rate. Since, high temperature silicone is extensively used in automotive as an adhesive for bonding carpets, seat covers, and underbody panels. Silicone sealants are also used to protect fuel lines on vehicles. The usage of high-temperature silicone aids bond the synthetic rubber to metal so that it can be made into a tire or other product. It is one of the excellent adhesives available due to its chemical makeup withstands heat up to 250 degrees Celsius. It’s this resistance to heat which allows it to serve such diverse functions (i.e., high temperatures) in automotive.
Asia-Pacific dominates the high temperature silicone market due to increasing investments in construction activities, growing electrical and electronics industry and rising production of automobiles in this region.
Furthermore, the manufacturers around the world were focusing on research and development to create advanced high-temperature silicone formulations with improved properties. This included enhancing thermal stability, mechanical strength, chemical resistance, and electrical insulation capabilities to meet the evolving demands of various industries which propel the global market growth.
The report includes the leading players of the high temperature silicone market Dow Inc., Wacker Chemie AG, Momentive Performance Materials Inc., Shin-Etsu Chemical Co., Ltd, Saint-Gobain Performance Plastics, Elkem Silicones, Specialty Silicone Products, Inc., Reiss Manufacturing, Inc., Rogers Corporation and Henkel Corporation.  
Therefore, the High Temperature Silicone Market is experiencing steady growth due to the combination of these drivers, and as industries continue to seek high-performance materials capable of withstanding extreme conditions, the demand for high-temperature silicone is likely to persist and expand in the coming years.
•    The research report analysis helps the players of the market to recognize the current trends, dynamics and opportunities of the market and preferences of the end-users.
•    The competitive outlook of the key players provided in the report allows users to know about the dynamic strategies such as product launches, partnerships, merger & acquisitions and joint ventures of the key players.
•    This research also provides the SWOT analysis, portfolio analysis, capability analysis of the key vendors. 

High Temperature Silicone Market Forecast up to 2028

4٬500٫00$السعر
  • Table of Contents

    1.    Executive Summary
    2.    Industry Outlook

    2.1.    Industry Overview
    2.2.    Industry Trends
    3.    Market Snapshot
    3.1.    Market Definition
    3.2.    Market Outlook
    3.2.1.    Porter Five Forces
    3.3.    Related Markets
    4.    Market characteristics
    4.1.    Market Overview
    4.2.    Market Segmentation
    4.3.    Market Dynamics
    4.3.1.    Drivers
    4.3.2.    Restraints
    4.3.3.    Opportunities
    4.4.    DRO - Impact Analysis
    5.    Products: Market Size & Analysis
    5.1.    Overview
    5.2.    High-Temperature Elastomer
    5.3.    High-Temperature Coatings
    5.4.    High-Temperature Sealants & Adhesives
    5.5.    High-Temperature Industrial Plastics
    6.    End-Use Applications: Market Size & Analysis
    6.1.    Overview
    6.2.    Automotive
    6.3.    Construction
    6.4.    Industrial
    6.5.    Electrical & Electronics
    6.6.    Others
    7.    Geography: Market Size & Analysis
    7.1.    Overview
    7.2.    North America
    7.3.    Europe
    7.4.    Asia Pacific
    7.5.    Rest of the World
    8.    Competitive Landscape
    8.1.    Competitor Comparison Analysis
    8.2.    Market Developments
    8.2.1.    Mergers and Acquisitions, Legal, Awards, Partnerships
    8.2.2.    Product Launches and execution
    9.    Vendor Profiles
    9.1.    Dow Inc.
    9.1.1.    Overview
    9.1.2.    Financial Overview
    9.1.3.    Product Offerings
    9.1.4.    Developments
    9.1.5.    Business Strategy
    9.2.    Wacker Chemie AG
    9.2.1.    Overview
    9.2.2.    Financial Overview
    9.2.3.    Product Offerings
    9.2.4.    Developments
    9.2.5.    Business Strategy
    9.3.    Momentive Performance Materials Inc.
    9.3.1.    Overview
    9.3.2.    Financial Overview
    9.3.3.    Product Offerings
    9.3.4.    Developments
    9.3.5.    Business Strategy
    9.4.    Shin-Etsu Chemical Co., Ltd
    9.4.1.    Overview
    9.4.2.    Financial Overview
    9.4.3.    Product Offerings
    9.4.4.    Developments
    9.4.5.    Business Strategy
    9.5.    Saint-Gobain Performance Plastics
    9.5.1.    Overview
    9.5.2.    Financial Overview
    9.5.3.    Product Offerings
    9.5.4.    Developments
    9.5.5.    Business Strategy
    9.6.    Specialty Silicone Products, Inc.
    9.6.1.    Overview
    9.6.2.    Financial Overview
    9.6.3.    Product Offerings
    9.6.4.    Developments
    9.6.5.    Business Strategy
    9.7.    Reiss Manufacturing, Inc.
    9.7.1.    Overview
    9.7.2.    Financial Overview
    9.7.3.    Product Offerings
    9.7.4.    Developments
    9.7.5.    Business Strategy
    9.8.    Rogers Corporation
    9.8.1.    Overview
    9.8.2.    Financial Overview
    9.8.3.    Product Offerings
    9.8.4.    Developments
    9.8.5.    Business Strategy
    9.9.    Henkel Corporation
    9.9.1.    Overview
    9.9.2.    Financial Overview
    9.9.3.    Product Offerings
    9.9.4.    Developments
    9.9.5.    Business Strategy
    9.10.    
    9.10.1.    Overview
    9.10.2.    Financial Overview
    9.10.3.    Product Offerings
    9.10.4.    Developments
    9.10.5.    Business Strategy
    10.    Analyst Opinion
    11.    Annexure

    11.1.    Report Scope
    11.2.    Market Definitions
    11.3.    Research Methodology
    11.3.1.    Data Collation and In-house Estimation
    11.3.2.    Market Triangulation
    11.3.3.    Forecasting
    11.4.    Report Assumptions
    11.5.    Declarations
    11.6.    Stakeholders
    11.7.    Abbreviations

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