1.1 Research Scope

1.2 Research Methodology

1.3 Key Findings

2.1 Need for Self-healing Materials

2.2 Key Self-healing Materials and their Differentiating Factors

2.3 Comparison of Self-healing Material Systems

2.4 Factors Influencing Development and Adoption of Self-healing Materials

2.5 Self-healing Materials Have a Wide Application Landscape

2.6 Self-healing Coatings are one of the Early Commercialized Products

2.7 Benchmarking of Application Landscape of Self-healing Materials

2.8 Automotive and Electronics are Observed to have the Highest Application Scope in the Near Term

2.9 Extensive Commercialization as well as High R&D Activities in Automotive and Electronics Applications Leads to High Adoption Potential for Self-healing Materials

3.1 Self-healing Technology Likely to Witness Continued Growth in IP Activities

3.2 Growing Focus on Self-healing Polymer Composites, Coatings, and Concrete in Research Publications

3.3 Analyzing R&D Gaps across the Self-healing Materials Space

3.4 Global Funding Initiatives Focused on Product Development

3.5 New Product Launch is the Main Strategy Opted for by Key Stakeholders

3.6 Key Strategies by Stakeholders in Self-healing Materials Technology

3.6 Key Commercialization Strategies by Stakeholders

3.6 Key Strategies by Stakeholders (continued)

4.1 Basilisk

4.2 NEI Corporation

4.3 The Lubrizol Corporation

4.4 Autonomic Materials, Inc.

4.5 CompPair Technologies Ltd.

4.6 FEYNLAB Inc.

4.7 Garware Polyester Ltd.

5.1 Growth Opportunity 1- Self-healing Asphalt

5.2 Growth Opportunity 2- Self-healing Coatings

6.1 Strategic Recommendations for Stakeholders

7.1 Key Contacts

8.1 Justification of Ratings for Benchmarking of Applications

8.1 Justification of Ratings for Benchmarking of Applications (contd.)

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