How does Thermal Spray Powder Morphology Influence Coating Properties?
Your choice of thermal spray powder is crucial as the morphology of individual particles has a significant effect on the quality of the coating produced.
The Semicon market is driven by a strong dynamic of technological progress and has seen its growth further boosted by the need of hardware for the deployment of 5G. Developments in wafer processing are key to meet the challenging miniaturization objectives set by the International
4 Key Applications of Plasma Transferred Arc Coating
Plasma transferred arc (PTA) coating – also known as PTA hardfacing – was developed in the 1960s as a means of rebuilding and repairing worn mechanical parts. Today, plasma transferred arc coating is predominantly
Using Modern Flame Spray Technology to Metallize Capacitors – or Schoopage
Modern flame spray technology is a thermal spray technique used to produce high-performance, uniform coatings on substrates. Flame spray technology involves supplying feedstock to an oxy-fuel flame.
How Thermal Spray Powder Morphology Impacts Coating Performance
Thermally sprayed coatings are some of the best surface engineering solutions in enhancing the lifetime and performance of equipment that is exposed to high temperatures, and highly corrosive and wear-prone
Plasma spraying is an energy-intensive thermal spray technique widely used to produce wear-resistant, high-quality, uniform functional coatings. Due to the extremely high temperatures of plasma arcs (5000--16000)