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  • Focus on Thermal Spray
    to be addressed during the proposal phase of the sale. With Thermal Spray applications, proper information gathering of the specific application is crucial since there are many different types of processes and material coatings, most all of which will react differently inside the dust collector
  • Thermal spray: Better performance for less
    on ID. HVOF process applying a wear-resistant coating to an aerospace component. Wear-resistant coating applied to components for aircraft engines. Thermal-spray technology improves surface properties of parts letting engineers produce designs with less-expensive, lighter, or weaker base materials
  • Metallographic Preparation of Thermal Spray Coatings: Coating Sensitivity and the Effect of Polishing Intangibles (.pdf)
    The heterogeneous or composite nature of the thermal spray deposit can make choosing a metallographic preparation process very difficult. Hard vs. soft phases, brittle ceramics, and mixtures of many phases can create a variety of issues. When a procedure is developed, it becomes a necessity
  • Thermal spray: Better performance for less
    Engineered coatings and advanced processing methods help push performance limits for metal and plastic components. Here are design guidelines and processing tips that will help extend the life or improve the aesthetics of that new design. Edited by Jean M. Hoffman A plating process called Udique
  • Unique Thermal Spraying System at KLM
    Presents a multi-process thermal spraying cell developed for KLM using arc spray, standard plasma spraying, 100HE TM high enthalpy plasma spraying, and HVOF coating technologies. This paper was presented at the 2008 International Thermal Spray Conference in Maastricht, The Netherlands.
  • Infrared Imaging in Engineering Applications (.pdf)
    to describe high-speed thermal events and provide experimental data for computational models. The first project involves conducting experimental measurements and numerical simulations to investigate the effect of mist on the spray heat transfer and fluid dynamics in the cooling of a cylindrical surface
  • Spraywater Control Valves
    proper steam temperature. Furthermore, efficient spray control prevents thermal damage to the steam piping, the superheater and the reheater tubes as well as downstream equipment. Operating a turbine with steam above the temperature limits accelerates metal fatigue and creep. This control is necessary
  • MICRO:Rosenberg (March 2001)
    nitride (TiN), titanium tungsten, cobalt silicide, tungsten silicide, tantalum, and tantalum nitride. These metal compounds are used for barrier/liner processes because they form high-stress films when deposited. However, high stress, along with plasma and thermal cycling, tends to cause refractory

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