Increasing Demand for High-Performance and Durable Coatings
The growing need for high-performance coatings within the automotive industry is a major factor driving growth in the automotive specialty coatings market. Vehicles are subjected to harsh environmental conditions including extreme temperature, high humidity, chemicals, and mechanical stresses, leading to corrosion or degradation. Coatings specializing in protecting against all of these factors increase the life and durability of automotive components.
Applying coatings on engine and exhaust systems or transmission components means that the coating must withstand both a high temperature and exposure to chemicals. It is essential that specialty coatings have both superior thermal resistance and corrosion resistant properties.
In addition, applying coatings on both interior and exterior parts of the vehicle improves the visual aspect of the vehicle while protecting the parts against wear and UV exposure.
Furthermore, advances in technology for creating coating formulations is leading to coatings with significantly better performance characteristics, such as adhesion, flexibility, and resistance to environmental conditions than conventional coatings. The increased use of lightweight materials, such as plastics and composites, must also be paired with specialty coatings that provide an adequate bond between the substrate and the coating. As automotive manufacturers place greater emphasis on maintaining the durability and performance of their vehicles, demand for specialty coatings will continue to grow.
Growth of Electric and Hybrid Vehicles
The rapid upsurge in both electric and hybrid vehicles is providing exciting opportunities for many companies on this specialty coatings market. Electric or hybrid vehicles require special coatings for their battery systems, power electronic devices and thermal management systems. Therefore, specialty coatings fulfil an important role in terms of providing the very necessary safety, effectiveness and durability necessary in order for these underlying systems to perform well.
The coatings used on the battery packs and electronic components within electric vehicles must achieve a number of very stringent performance specifications, including the requirement for electrical insulation, thermal conductivity, moisture barrier capabilities, and chemical barrier properties. In addition, there is a growing demand from vehicle manufacturers for specialty coatings that deliver enhanced dielectric performance, due to advanced electronics increasingly being used in vehicle production.
Finally, the movement towards sustainable transportation is leading to the introduction of eco-coating technologies, such as water-based and powder coatings, which minimise impacts to the environment. There is considerable investment being made by manufacturers to develop innovative specialty coatings designed specifically for use in electric/hybrid vehicles. Therefore, as the global automotive industry continues to migrate towards electrified transport solutions, there will be an increasing amount of demand for specialty coatings, thus providing extraordinary growth prospects for the players within the specialty coatings industry.
