EBC Organic Pads
Made in EBC's own factory in Bristol, England, the EBC Kevlar® series has now been renamed NAO series or Non-Asbestos Organic, although they 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. Most EBC organic pads have expansion grooves which reduce noise and prevent cracking. The aramid fibre compound with non-ferrous particles helps to prevent surface "scorching" under load.
Click here to go back to the home page and order these pads for your motorcycle/ATV.
This is EBC's best selling sport ATV pad!
For several years now this successful carbon graphite formula has been the choice of top enduro and moto-x riders for certain conditions around the world. The main advantage of this type of material is its lack of heat generation or conduction, which keeps both the rotor and caliper cool. Top Enduro and Hare Scrambles USA riders prefer this material for fast and dry riding conditions. The material is also very useable for standard sport ATV useage.
These X pads do not last as long as a sintered pad but are a strong favourite amongst Enduro riders due to their LOW HEAT TRANSFER
Top professionals such as America's Randy Hawkins have used this product for years to win races.
Click here to go back to the home page and order these pads for your motorcycle/ATV.
Perfect Brakes LLc
9300 Midwest Ave
Garfield Hts
Ohio 44125
USA
1-800-581-8952
1-216-581-8950
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, wet, dry, hot or cold. When required, unique stainless steel radiator plates are fitted to reduce heat transer into bikes hydraulics. The unique double segment vented design keeps the pads cooler and prevents pad drag and overheat or fade.
When EBC broke into the sintered pad market, they really did their homework. They took all the current market offerings, tested them, analysed them and beat them. They removed 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 and replaced it with stainless powder.
EBC took out several other particles which their competitors still use which caused massive disc damage and created their launch material. After five years and millions of sets sold they upgraded the formulation again to the SB101C material which completely eliminated BRAKE NOISE, improved the pads HEAT CYCLING CAPABILITY and improved feel. What they have today for the faster rider is the pinnacle of sintered copper alloy engineering, researched and tested in EBC's own laboratories by engineers with over 50 years experience in sintered pad technology.
Click here to go back to the home page and order these pads for your motorcycle/ATV.
EBC "R" Series Sintered Moto-X Brake Pads
For the ultimate durability EBC presents it's "R" series high density series pads. A sintered copper material made in EBC's own USA facility, the "R" series of heavy duty ATV and moto-x pads have become an aftermarket standard offering high durability, high resistance to contamination by mud, water, sand and grit etc. offering reduced disc damage and long pad life.
Click here to go back to the home page and order these pads for your motorcycle/ATV.
EBC "MXS" Series Sintered Moto-X Race Brake Pads
These pads are an excellent choice of all weather performance formulation for moto-X and ATV racing, with the highest HH rated friction for maximum stopping power and long lifetime.
Being a sintered copper alloy MX-S pads also have excellent durability in sand, wet and mud riding and are at the same time less aggressive to the brake rotor. FREE SLIDER PINS are included with most pad sets except those with multiple pin choices to replace worn bent or seized pin sets. The pin sets provided free in the EBC set are mostly external hex drive pins which are easier to remove than internal hexagon formed “allen” key or hex wrench internal type hardware. Diamond ground surface finish accelerates pad break-in.
Click here to go back to the home page and order these pads for your motorcycle/ATV.
EBC "SV" Series Severe Duty Sintered ATV Brake Pads
If you want durability.... this is the pad to use.
High density sintered copper alloy for longest possible life in utility applications on ATV, especially in wet, mud, dust and dirt conditions.
You won't find a longer lasting utility pad!
Click here to go back to the home page and order these pads for your motorcycle/ATV.
The very latest in sintered friction pad technology is now available from EBC Brakes to deliver more stopping power, totally silent braking and longer life. If you want the best and are prepared to spend a few dollars more for superb brakes, EPFA pad series are what you need.
The new American made EPFA series feature a blend of tungsten and moly metal and were developed after comparing with 7 major competitors products.
For Street Use - 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, last longer and beds in faster.
For Off Road Use - A new ultra high friction sintered pad formula designed for fastest motocross race use Extreme Pro is a high end/high dollar race pad option for riders without budget restraints. All rear fitment pads feature solid type radiator shims to minimize heat transfer made from laser cut stainless steel as shown below the packaged example opposite. Pads also include pad hexagon drive slider pins as in MX-S range below.
Click here to go back to the home page and order these pads for your motorcycle/ATV.
