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High Carbon Metallurgy

Bendix ULTIMATE Rotors incorporate improved noise dampening characteristics and heat dissipation by utilising HIGH CARBON METALLURGY.

The higher carbon formulation increases rotor strength at elevated temperatures, while with the high wear resistance from this increased strength increases rotor durability, reducing the chance of warping when very hot.

High Carbon Metallurgy means

• Improved heat dissipation.

• Noise dampening characteristics

• Smoother braking feel

• Higher thermal conductivity removes heat faster, reducing fade.

• Maximizes pad to rotor contact for stronger initial bite

• Enhanced iron provides better noise suppression for reduced NVH

High Carbon Metallurgy means
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