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2021
March 15th - March 15thApplications of Thermal Spray Aluminum Thermal Spray Aluminum (TSA) is a durable coating capable of providing complete corrosion protection and significant lifetime improvement for equipment. Thermal spraying techniques provide a versatile and cost- |
March 5th - March 5thWhy Use Plasma Sprayed Coatings in Semiconductor Equipment? Plasma spraying is an advanced surface coating technique used to generate extremely high quality, uniform coatings on a wide range of substrate types. It is among the most versatile thermal spraying processes due to the high temperature range of plasma spray guns and the growing variety of plasma torch |
March 4th - March 4thUnderstanding Plasma Spray Systems Plasma spraying is a versatile and cost-effective means of applying high-quality coatings to protect parts and equipment from wear. In this blog post, we are taking a look at the fundamentals of plasma spraying and |
February 17th - February 17thWhat is Plasma Transfer Arc Welding? Arc welding is an increasingly diverse methodology for joining metal workpieces via heat induced by an electric arc. Gas |
January 22nd - January 22ndYttria Thermal Spray Powders for Semiconductor Coatings Semiconductors are often described as the backbone of the interconnected world. They have been proven as critical at every stage of development in modern electronics and communications. |
2020
November 20th - November 20thPlasma-Sprayed Ceramic Coatings for Aerospace Ceramic coatings are a mature technology in the aerospace sector thanks to tandem improvements in both materials and processing capabilities. Technical ceramics can now be deposited as uniform coatings that supplement the underlying substrate. These plasma-sprayed ceramic coatings can offer dramatic |
2019
May 17th - May 17thThermal Management in Aerospace Applications The push for cleaner skies and the rising cost of fuel is driving aerospace manufacturers to seek more efficient turbine engines. As combustion temperatures rise, efficiencies increase, and emissions of nitrogen oxides and carbon dioxide fall as engines burn fuel more completely. Developing materials that can operate at these intense |