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  • Oxide Ceramics

    • PDF (251,9 KB)

      Manganese-Cobalt Oxide (MCO) Powder

      DSM-0403.0

    • PDF (346,02 KB)

      Premium EBC- Grade Aluminum Silicate (Mullite) Powder

      DSM-0404.1

    • PDF (196,04 KB)

      High Yttria Percentage- Stabilized Zirconia- Agglomerated and Plasma Densified Thermal Spray Powders

      DSM-0405.1

    • PDF (146,21 KB)

      Yttria Stablizied Zirconia for Suspension Thermal Spray

      DSM-0406.3

  • Process

    • PDF (2,31 MB)

      Lichtbogenspritztechnik

      BRO-0007.8

    • PDF (2,06 MB)

      Hochgeschwindigkeits- Flammspritzen (HVOF)

      BRO-0008.8

  • Processing

    • PDF (812,96 KB)

      Article 1: An Introduction to Thermal Spray Technology

      TP-0011.1

    • PDF (546,28 KB)

      Article 2: Preparation – The "Key" to the Thermal Spray Process

      TP-0012.1

    • PDF (332,54 KB)

      Article 3: Masking – Superhero or Villain?

      TP-0013.1

    • PDF (386,56 KB)

      Article 4: Spraying Techniques: Keep Cool and Keep Moving to Control Your Stress Levels

      TP-0014.1

    • PDF (2,17 MB)

      Article 5: Cooking Up a Coating: Control of Key Process Variables

      TP-0015.1

  • Self-Fluxing

    • PDF (358,67 KB)

      Tungsten Carbide- Nickel Chromium Self-Fluxing Powders

      DSM-0265.2

    • PDF (169,27 KB)

      Self-Fusing Chromium Carbide - Nickel Aluminide Blend

      DSM-0383.0

    • PDF (235,04 KB)

      Tungsten Carbide 12 % Cobalt + Self-Fusing Nickel Alloy Thermal Spray Powder Blends

      DSM-0392.0

  • Solutions Flash

    • PDF (582,08 KB)

      Real-time sensor technology improves process control while reducing time and cost

      SF-0001.5

    • PDF (785,96 KB)

      Herstellung lasergravierter Anilox-Walzen profitiert von Plasmabeschichtungen mit hoher Dichte und hervorragender Wirtschaftlichkeit

      SF-0002.4

    • PDF (408,77 KB)

      Improved anti-fretting solution for titanium alloys outperforms conventional coatings

      SF-0003.5

    • PDF (851,28 KB)

      Outstanding thermal protection for turbine engines with high performance XCL thermal barrier materials

      SF-0004.5

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