Street Plus HP Ceramic Brake Pads by SP Performance. Want real rotor biting performance without the heavy black brake dust over your wheels? Upgrade to a set of Street Plus HP Ceramic Disc Pads, and you will feel and see the difference from your stock pads. This is a true High Performance Ceramic friction that is manufactured with a "Positive Mold" process providing long pad life and minimized rotor wear. OE Style Chamfering and slotting help heat and dust dissipation. They deliver smooth quiet braking, outstanding stopping performance, and keep your wheels sparkly clean.

Features:

• Advanced High Performance true ceramic friction
  Positive Mold construction provides strength and durability
• Noise dampening shims for smooth quiet stopping
• Low Resin formula reduces brake fade
• Delivers outstanding stopping power
• Low wear and low dust. Keeps your wheels clean
• OE style Chamfering and slotting help heat and dust dissipation
• Very Rotor friendly
• Sold as a set for two wheels

Street Plus pads have a low resin formula which has a fast breakin period. It is manufactured with a positive mold process which uses virgin friction materials. It is put into a press at 500 tons while it is heated creating a very dense formula without any air gaps. The more dense the friction, the longer it lasts. This positive mold friction requires 70% less resin. The low resin results in superior brake performance without making a hard and brittle pad which can cause noise and brake glazing. Not only will you get longer pad life, but also longer rotor life. Tradition methods of pad manufacturers use a process called flash molding. This low pressure molding requires a high content of resin to make the material flow. These are often high in code, but lower density pads will result in poor performance. With extensive testing, SP has found that the Street Plus pad works in both cold and hot conditions. Other inferior brands may have a higher co-efficient such as "FF" and "GG" but will work only when the pad is very hot. When the pad is cold the result is scraping of the material which greatly reduces the life of the rotor and causes poor stopping.