Low Temperature Coatings for Industrial Applications (Technical Insights)

Low Temperature Coatings for Industrial Applications (Technical Insights)

  • September 2015 •
  • 61 pages •
  • Report ID: 3284140 •
  • Format: PDF
Low Temperature Coatings for Industrial Applications (Technical Insights) : Coatings that provide improved performance and flexibility at low temperatures

The urgent need of low temperature coatings across different application segments is increasing as trends towards reduction of process and curing temperatures grows.The sustenance of the coatings and their ability to meet the performance requirements at low temperatures for industrial applications is the key factor that will decide the wide scale adoption of low temperature coatings.Strict environmental regulations limit the development of conventional aromatic coatings and health and handling hazards assessed by organizations such as REACH and RoHS in addition strict VOC Emissions standards can increase the opportunities for low temperature coatings across various industries includeing oil & gas, healthcare, agriculture, manufacturing and so on. This research service titled, “Low Temperature Coatings for Industrial Applications” captures the technology innovations in the field of low temperature coatings with emphasis on the emerging technology trends and developments. The research also highlights the market, industry, and regional trends in the different industrial sectors and assess the key sectors in which wide scale adoption can be expected in the next three years.

Key Findings

Low temperature coatings provide flexibility and improved performance at extreme low temperatures. Powder coatings are the coatings primarily used for low temperature settings in industrial applications. A vast number of systems such as epoxies, polyurethanes, tungsten carbide, and so on are being used to develop these coatings.
Low temperature coatings have applications across all industries though the requirement and range are specific to a particular application. Industrially, the top three application segments for low temperature coatings include architecture, oil & gas, and consumer goods.

The highest development of low temperature coatings can be expected in North America, followed by Europe and Asia Pacific. Countries that are the top research areas include United States and Western European countries such as France. In APAC region, China and Korea are leading in this space.
Coatings with better adhesion and corrosion protection are the top research focus areas along with lower peel off on the edges which results from stronger adherence. Currently, the major challenge in this market stems from the changing designs of components in different industries.

A lot of investments and funding is needed in this market to develop more low temperature coatings, specially in unique forms such as nanocoatings, self healing low temperature coatings, and so on.

A strict regulatory scenario, specially in North America, makes it difficult for stakeholders to flourish. However, efforts are underway to make these coatings more eco-friendly and reduce user health hazards. Solutions are also being developed for difficulties in handling the coatings.