Pagid 8091 Racing Brake Pads

Pagid 8091 Racing Brake Pad (16)mm Fits The Following Vehicles:

PAGID RSL 1 COMPOUND

Pagid RSL 1 has a high ceramic content with superior thermal insulation and higher heat resistance than metallic pad compounds. They feature excellent pad wear under endurance conditions, excellent rotor life, and are less aggressive than RST pads with excellent brake balance and modulation. RSL 1E and RSL 1 are low metallic resin bonded materials containing steel and aramid fibers RSL 1E is perfect as front axle application for long endurance GT and touring car racing. with very high heat resistance. They maintain a constant friction level over a wide range of temperatures. Their reduced wear rate and disc friendliness make these materials appropriate for endurance races. RSL 1E is further improved in terms of pad life and modulation as well as friction stability at high temperatures and pad life. As a benefit, RSL 1E provides the lowest pad wear rate in the PAGID Racing portfolio for highly thermally loaded applications. PAGID Racing RSL compounds are developed to comply with the latest requirements in endurance racing and meet or surpass all current ecological standards of the automotive industry.

PAGID RSC1 COMPOUND

RSC 1 is a low metallic resin bonded material containing steel and aramid fibers. This material features good all-round characteristics and is suitable for all types of usage.  Race and track day compound for all known types of ceramic brake discs.

PAGID RSC2 COMPOUND

RSC 2 is a low metallic resin bonded material a high content of fibers in the friction surface for sprint and endurance circuit racing. applications. Special race compound for ceramic discs with medium-high friction coefficient offering excellent fade resistance and long pad life.

PAGID RSC3 COMPOUND

RSC 3 is a low metallic resin bonded material for sprint and endurance circuit racing. containing steel fibers. This material is specifically developed for above mentioned applications.  Special race compound for ceramic discs with low content of fibers in the friction surface.  High Friction coefficient with excellent fade resistance.