• Conventional immersion process
• Flow through plating process
• In line & V design engines
• Mass production in OEM plants
NCC on 4 stroke race engines
• High temperature tolerance
• High corrosion resistance
• Low COF
• Non attack properties
NCC on 2 stroke engines
• Suzuki 2 stroke all Al engines
• Yamaha & Kawasaki 2 stroke cylinder bores & pistons
• Chainsaws and other hand held garden products
• Marine Engines
NCC on 4 stroke engines
• Yamaha & Suzuki cylinder bores
Temperature Distribution Improvement of NCC Cylinder Bores
Application on cylinder bores
• Elimination of cast iron liners
• Improved thermal distribution
• Enhanced thermal conductivity
• Reduction in length of engine components
• Engine block, crankshaft, camshaft
• Reduction in engine wt
• Possible fuel economy improvement
• Increased engine displacement for greater power
Reduction in Oil Consumption NCC Liners
Power Curves on Motorcycle Engine
3.5% increase in power and torque
Tighter piston/cylinder bore clearances
Lower Emissions
Reduced wear
Reduced friction loss
Applications on Cylinder Bores
Applications on Pistons
