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Cross References:
Why Use High Carbon Brake Discs?
While the original MEYLE Platinum rotors are made to meet the German/European G3000 standards, the
MEYLE UV HC rotors go above and beyond meeting the GG15HC high carbon content standard, which
adds stability in high heat producing circumstances, very aggressive driving, and heavier vehicles.
There are two main reasons to use higher carbon content rotors:
1. The higher carbon content stands out with its
thermal stability and damping behavior.
2. The higher carbon content rotors are less prone
to warping due to improved heat dissipation
and an increase in torsional stiffness. e.g. on heavy platforms.
Increased braking safety, maximum comfort
• No warping
• Non-solvent UV coating technology
• Ready-to-fit – no degreasing
• Reduced corrosion thanks to precision coating of visible surface areas
• Long-lasting brilliant appearance as thicker layers of lacquer coating are
applied to visible areas keeping them permanently shiny and rust-free
• Environmentally friendly and energy saving production
The new MEYLE UV Coated High Carbon Disc – Brilliant in appearance, engineered to last
Made of high carbon steel, the all new MEYLE UV Coated, High Carbon (HC), brake discs
are built to last, with enhanced durability, improved damping behavior, and thermal stability.
As a result, noise and vibrations are reduced in everyday traffic, as well as under more
extreme driving conditions.
Thanks to a new UV coating process, the lacquer thickness of each MEYLE UV HC brake
disc surface is enhanced, reinforcing anti-corrosion protection in the most vulnerable areas.
The effort pays off impressively, by combining all the benefits of the tried-and-tested zinc flake
coating with a brilliant look that simply lasts longer. Even after a long period of use, the brake discs will perform reliably, while maintaining their shine.
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Meyle rotors 
