These include coating film build, transfer efficiency, coating thickness and deposition, color match, finished surface qualities and chemical resistance. Performance parameters all depend on the viscosity of the liquid coating at the point of application. It is an effective indicator of concentration of coating solids in the fluid, which is the basis for the thickness and uniformity of the film. Viscosity of the coating material is central to achieving consistency. Coating quantity and quality have a large and direct impact on manufacturing, sales and maintenance costs. Surface finish consistency, product quality and variety play a vital role in ensuring customer satisfaction. Application of CoatingĬoating and finishing processes use advanced technologies to produce durable surfaces, high quality finishes, while maximizing process efficiency and meeting environmental regulations. Industry leaders across sectors are moving towards adoption of more advanced technologies such as automation, industrial internet of things (IIoT) and simulation techniques. With huge application areas and growing demand from the end-use sectors, this industry is looking for new ways to improve efficiency, quality and profitability. The challenge in the coatings industry for existing and emerging markets is to lower costs while optimizing performance and reducing waste and environmental impact. New and emerging markets need cutting-edge, engineered coating solutions with tightly controlled performance characteristics.

The market for coatings spans multiple sectors including industrial, automotive, marine, coil, packaging, transportation and building materials. Industrial coatings perform a great variety of functions, from corrosion and abrasion resistance and UV protection, through thermal and electrical insulation, to appearance enhancement. Automated Viscosity Monitoring and Control Leads to High Quality and Sustainable Coating

Ace paint viscosity meter