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Technological Advancement in Smart Coatings: R&D and Application Analysis
Technological Advancement in Smart Coatings: R&D and Application Analysis
Technology Strategies focus on Improved Performance, Cost Savings, and Environmental Benefits
RELEASE DATE
30-Aug-2023
30-Aug-2023
REGION
Global
Global
Deliverable Type
Technology Research
Technology Research
Research Code: DAB0-01-00-00-00
SKU: CM_2023_113
$4,950.00
In stock
SKU
CM_2023_113
Description
Smart coatings play a significant role in a wide range of industrial and application segments because of their unique capabilities, such as improving surface properties, adding different functionalities, increasing efficiency, protecting against environmental elements, and enhancing the aesthetics of the structure.
Frost & Sullivan’s “Advances in Smart Coatings: R&D and Application Analysis” focuses on identifying and analyzing research initiatives taken by different companies and universities for the development of novel materials and processes across different industrial segments under each category of smart coatings. The developments are categorized into four major approaches: self-healing coatings, repellent coatings, conductive coatings, and sensor-based coatings. The analytics identifies drivers and restraints that lead to the adoption of smart coatings. The toxicity of conventional coating solutions, the presence of heavy metals and volatile organic compounds drive R&D and uptake of smart coatings. EPA and ECHO regulations and other strict initiatives in North America and Europe are promoting sustainability by reducing harmful emissions and encouraging resource efficiency. However, integrating smart coatings into existing manufacturing processes, capital required to develop novel materials and follow production protocols, and recycling are major challenges.
Overall, the market for smart coatings is poised for expansion and presents several growth opportunities that are driven by the convergence of different advancements in technology, increasing industry demand for advanced functionalities, and focus on sustainability and environmental protection.
Table of Contents
The Strategic Imperative 8™Factors Creating Pressure on Growth in the Smart Coatings Market
The Strategic Imperative 8™
The Impact of the Top 3 Strategic Imperatives on the Smart Coatings Industry
Growth Opportunities Fuel the Growth Pipeline Engine™
Research Methodology
Smart Coatings to Improve Lifespan of Industrial and Consumer Products
Smart Coating Manufacturing Techniques
Additional Responsive Functionalities
Growth Drivers
Growth Drivers (Continued)
Growth Restraints
Growth Restraints (continued)
Scope of Analysis
Segmentation
Segmentation (continued)
Overview of Self-Healing Coatings
Key Performance Indicators of Self-Healing Coatings
Intrinsic or Extrinsic Approach to Self-healing Coating Classification
New Materials and Variations for Improved Performance and Application
Self-Healing Polymers Widely Used Across Sectors
Self-Healing Coating Application Outlook
Challenges that Self-healing Coatings Address
Technological Developments in Self-Healing Coatings
Technological Developments in Self-Healing Coatings (continued)
Key Stakeholders Active in Developing Self-Healing Coatings
Key Stakeholders Active in Developing Self-Healing Coatings (continued)
Key Stakeholders Active in Developing Self-Healing Coatings(continued)
Partnerships and Collaborations for R&D and Commercialization of Self-Healing Coatings
Repellent Coatings Overview
Key Performance Indicators of Repellent Coatings
Materials Used for Repellent Coatings Technology
Materials Used for Repellent Coatings
Materials used for Repellent Coatings and Application Areas
Repellent Coatings: Application Outlook
Technological Developments in Repellent Coatings to Address Unmet Needs of Applications
Technological Developments in Repellent Coatings to Address Unmet Needs of Applications (continued)
Key Stakeholders Active in Developing Repellent Coatings
Key Stakeholders Active in Developing Repellent Coatings (continued)
Key Stakeholders Active in Developing Repellent Coatings (continued)
Key Stakeholders Active in Developing Repellent Coatings (continued)
Partnerships and Collaborations for R&D and Commercialization of Repellent Coatings
Partnerships and Collaborations for R&D and Commercialization of Repellent Coatings (continued)
Unique Interactive, Functional, and Protective Properties of Conductive Coatings
Key Performance Indicators of Conductive Coatings
Materials used to Develop Conductive Coatings
Conductive Coatings: Application Outlook
Technological Developments in Conductive Coatings to Address Unmet Needs of Applications
Key Stakeholders Active in Developing Conductive Coatings
Key Stakeholders Active in Developing Conductive Coatings (continued)
Key Stakeholders Active in Developing Conductive Coatings(continued)
Partnerships and Collaborations for R&D and Commercialization of Conductive Coatings
Partnerships and Collaborations for R&D and Commercialization of Repellent Coatings (continued)
Sensor Coating Overview
Key Performance Indicators of Sensor-Based Coatings
Sensor Coatings: Application Outlook
Sensor Coatings: Application Outlook(continued)
Key Stakeholders Active in Developing Sensor-Based Coatings
Key Stakeholders Active in Developing Sensor-Based Coatings (continued)
Key Stakeholders Active in Developing Sensor-Based Coatings (continued)
Key Stakeholders Active in Developing Sensor-Based Coatings (continued)
Key Stakeholders Active in Developing Sensor-Based Coatings (continued)
Partnerships and Collaborations for R&D and Commercialization of Sensor-Based Coatings
Patent Filing Activity from 2019 to 2023: Smart Coatings
Patent Filing Trend by Region: Smart Coatings
Patent Filing Activity from 2019 to 2023: Self-healing Coatings
Patent Filing Trend by Participant: Self-healing Coatings
Patent Filing Trend by Technology: Self-healing Coatings
Patent Filing Activity from 2019 to 2023: Repellant Coatings
Patent Filing Trend by Participant: Repellent Coatings
Patent Filing Trend by Technology: Repellent Coatings
Patent Filing Activity from 2019 to 2023: Conducive Coatings
Patent Filing Trend by Participant: Conducive Coatings
Patent Filing Trend by Technology: Conducive Coatings
Patent Filing Activity from 2019 to 2023: Sensor-based Coatings
Patent Filing Trend by Participant: Sensor-based Coatings
Patent Filing Trend by Technology: Sensor-based Coatings
Global Trends: US and Canada
Global Trends: Europe, UK, and Israel
Global Trends: APAC (Asia, ANZ, Japan and China)
Global Trends: Rest of the World (Middle East, LATAM, Africa, South America)
Challenges Related R&D, Processing of Smart Coatings and How to Mitigate hem
Risks Associated with Manufacturing of Smart Coatings and How to Mitigate Them
Risks Associated with Commercialization of Smart Coatings and How to Mitigate Them
Growth Opportunity 1: Higher Durability and Longevity
Growth Opportunity 1: Higher Durability and Longevity (continued)
Growth Opportunity 2: Effective Recycling Strategies
Growth Opportunity 2: Effective Recycling Strategies (continued)
Growth Opportunity 3: Multifunctional Repellent Coatings with Healing Properties
Growth Opportunity 3: Multifunctional Repellent Coatings with Healing Properties (continued)
Growth Opportunity 4: PFAS-free Repellent Coatings
Growth Opportunity 4: PFAS-free Repellent Coatings (continued)
Technology Readiness Levels (TRL): Explanation
Your Next Steps
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Smart coatings play a significant role in a wide range of industrial and application segments because of their unique capabilities, such as improving surface properties, adding different functionalities, increasing efficiency, protecting against environmental elements, and enhancing the aesthetics of the structure.
Frost & Sullivan’s “Advances in Smart Coatings: R&D and Application Analysis” focuses on identifying and analyzing research initiatives taken by different companies and universities for the development of novel materials and processes across different industrial segments under each category of smart coatings. The developments are categorized into four major approaches: self-healing coatings, repellent coatings, conductive coatings, and sensor-based coatings. The analytics identifies drivers and restraints that lead to the adoption of smart coatings. The toxicity of conventional coating solutions, the presence of heavy metals and volatile organic compounds drive R&D and uptake of smart coatings. EPA and ECHO regulations and other strict initiatives in North America and Europe are promoting sustainability by reducing harmful emissions and encouraging resource efficiency. However, integrating smart coatings into existing manufacturing processes, capital required to develop novel materials and follow production protocols, and recycling are major challenges.
Overall, the market for smart coatings is poised for expansion and presents several growth opportunities that are driven by the convergence of different advancements in technology, increasing industry demand for advanced functionalities, and focus on sustainability and environmental protection.
| Deliverable Type | Technology Research |
|---|---|
| Author | Priya Madhuri Karanam |
| Industries | Chemicals and Materials |
| No Index | No |
| Is Prebook | No |
| Keyword 1 | Smart Coatings |
| Keyword 2 | Industrial Coating |
| Keyword 3 | Coat Application |
| Podcast | No |
| WIP Number | DAB0-01-00-00-00 |