Automotive and Aerospace Applications

 

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                   Application

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Injectors & Fuel Deliveryarrow-small.png

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                 Benefit

Increase Engine Uptime       

Improve Engine Efficiency

Improve Fuel Efficiency

Increase Service Intervals

 
 

Get the latest data!  Watch our anti-fouling webinar.

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Lubrication & Fuel Lines

Turbine lubrication and fuel lines can experience extreme heat during shutdown.  Temperatures of 300c or more can cause fuel and lubrication lines to develop carbon deposits which over time can build up, causing fuel starvation or lubrication failures.  SilcoTek® coatings, like SilcoKlean®, prevent carbon deposit formation, significantly extending maintenance cycles.  Testing shows carbon deposition can be reduced by orders of magnitude when used with common fuel additives. (Data & image credit: "High Heat Sink Fuels Program" Patricia Pearce, Wright Patterson AFB)

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Want to lean more about SilcoTek anti-fouling coatings?  Read our E-Book, or watch our technology videos.

Free E-Book:  SilcoTek 101 Watch Technology Videos

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Nozzles, Injectors & Fuel Delivery

Modern fuels (be it jet, diesel, or gasoline) can decompose and foul under extreme heat.  With the advent of direct injection and modern turbine nozzles, exposure to combustion conditions result in increased carbon fouling, poor fuel spray and inefficient flame propagation during combustion.  SilcoTek® coatings reduce carbon buildup on critical injection and fuel delivery flow paths, improving combustion efficiency and maintaining peak engine performance.  (Data Credit: Oltin, Venkataraman, Eser; Pennsylvania State University; "Analysis Of Solid Deposits From Thermal Stressing Of JP-8 Fuel On Different Surfaces On A Flow Reactor", University Park, PA.)

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Turbochargers, Intercoolers & Pistons

Turbochargers and exhaust intercoolers are exposed to extreme heat and exhaust particulates which can cause lubrication failures and exhaust EGR intercooler fouling.  SilcoTek coatings reduce carbon fouling by preventing carbon formation and bonding to stainless steel and alloy surfaces.  SilcoTek coatings prevent accumulation of carbon even under extreme combustion conditions found in IC engine pistons. (Image Credit; Perez, Boehman, Pennsylvania State University; "Penn State Multi-Discipline Tribology Group And Energy Institute Studies", University Park, PA)

The coated piston (left) shows little to no fouling.  The uncoated piston (right) shows significant carbon fouling.

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Coat The Entire Flow Path

Coating critical flow paths prevent carbon coking and fouling.  SilcoTek coatings can be applied to glass, ceramic, quartz, stainless steel and steel alloy surfaces, improving engine performance and durability.  Flow path components include:

  • Turbochargers
  • EGR Coolers
  • Injectors & Nozzles
  • Fuel & Lubrication Lines
  • Bearing Lubrication Lines 
  • Exhaust Probes
  • Pistons
  • Stack Probes

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Learn more from industry leaders about how SilcoTek® coatings solve material problems and improve performance.

Technical Presentation: Heat Sink Fuels

Coating Data Sheet:  SilcoKlean® Data Sheet

Whitepaper: Oxygenated Fuels 

Whitepaper: Deposition From High Temp Jet Fuels