The latest in sintered metal fusion technology is now available for all modern sportbikes and road race fitments
The new Extreme Pro range has been dyno tested, race track tested, road tested and was used by 8 of the top 20 riders in the Daytona 200 races in Spring 2008
The new material heat cycles better, feels better at the brake lever, lasts longer and beds in faster
Ideal for faster street bikes and race bikes alike
EBC DOUBLE-H™ - SUPERBIKE PADS
Europe’s first and only ECE R90 approved pad
EBC Double-H pads are the grippiest street legal brake pads you can buy
These pads benefit from the highest friction HH rating for maximum stopping power
Made from sintered copper alloy like original pads for longer life and perfect braking under all riding conditions
When required, unique stainless steel radiator plates are fitted to reduce heat transfer into bikes hydraulics
The unique double segment vented design keeps the pads cooler and prevents pad drag and overheat or fade
The iron powders commonly used in many sintered pads that cause the pad to “weld” to the disc under corrosion when the bike is parked were removed and replaced with stainless powder
After five years and millions of sets sold the formulation was upgraded again to SB101C material which completely eliminated brake noise, improved the pads heat cycling capability and improved feel
EBC ORGANIC LINE NAO SERIES - FOR GENERAL AFTERMARKET REPLACEMENT
The EBC Kevlar® series has now been renamed NAO series or Non-Asbestos Organic
Although we still use the famous Dupont Kevlar® fiber in conjunction with other high tech fibers that have come on the market
The NAO series are a superb all round value-for-money replacement for all levels of motorcycle and are still extremely popular with many riders who prefer the “feel” of organic pads
Fully TUV tested and KBA certified and conform to the new ECE R90 brake regulations which are about to storm the European market
Most EBC organic pads have expansion grooves which reduce noise and prevent cracking
The aramid fiber compound with non-ferrous particles helps to prevent surface scorching under load
