Future Growth Potential to Reduce Maintenance Costs and Increase Components’ Lifetime Drives Market to US$3 Billion by 2024
The author provides insights into the use of self-healing materials (SHMs) in the automotive industry specific to cars by defining these materials and listing the types of mechanisms available. This study covers SHM application areas in the automotive industry with a timeline for commercialization. The report also compares various competitors and the products and applications they offer specific to the automotive industry, including the advantages and effectiveness of their products’ healing process.
Overall, the study provides information on SHMs for automotive applications. It explores how these materials will affect near-term automotive business models by providing various benefits, such as reduced service and maintenance costs as well as prolonged car component lifetime.
RESEARCH SCOPE
- Explain the design strategies involved in SHMs and the various types applicable to automotive
- Highlight SHM applications in cars, including need for and advantages of each part
- Identify the role of SHMs in different automotive business areas like light-weighting component manufacturing, 3D printing, and aftermarket sales
- Analyze SHMs using a TOWS matrix to find growth opportunities and restraints
- Arrive at 3 of the most important near-term application areas for SHMs in automotive
- Offer overview of EMI shielding technique and importance of SHMs in EMI shielding materials for cars
Table of Contents
Companies Mentioned (Partial List)
A selection of companies mentioned in this report includes, but is not limited to:
- CompPair Technologies
- NEI Corporation
- Croda International
- Feynlab Inc
- Autonomic Materials
- Garware Polyester
- Applied Thin Films Inc
