Redstuff Ceramic – 3000 Series Product Review

Posted by admin

September 23, 2010

Product:

EBC Redstuff Brake Pads

Star Rating:

Review By:

Steve

Comment Subject:

Performance

Vehicle:

2007

Purchase Location:

Autoanything

Comments:

Purchased Redstuff pads for my 07 corvette because I wanted lower dust, less squeal and good performance. Seems like I got all 3. The dust is way less. The wheels stay nice and clean even after driving a long distance. The performance seems the same as the oem pads (good). I have about 1200 miles on them now and the squeal is just starting to go away. Took much longer that the directions said it would to wear down the break-in coating. Good product though. I am happy.

Redstuff Ceramic – 3000 Series

High Performance LOWEST DUST rating pads for Prestige imports and faster street driving.

There are TWO reasons our customers love Redstuff, First because they are the lowest dust pad we have encountered by reducing dust by 60-90%. Plus the minimal dust you see is very easily removed with a simple sponge wash as it contains no steel fibre particles as in ALL OTHER pads. Second they brake like an alligator right from cold (as good as Original pads or better) and just get better as they heat up.

This material is a Kevlar® fibre based brake compound enhanced with ceramic particles. If you have previously tried EBC Redstuff (pre-ceramic compound) this material is light years ahead. It lasts longer, it brakes better and is quieter.

Being a hard wearing pad, bed-in times can be as long as 1000 miles and drivers must be patient until the pad takes up the shape of their disc (brake rotor). This is a truly impressive fast road pad for repeated heavy braking.

It emits far less dust than semi-metallic pads and has been proven to stop a passenger car/sedan/sport compact/hot hatch 13 metres quicker than OEM pads from 100mph/160kph. Features EBC Brake-In surface coating which conditions rotor surface and accelerates pad bed-in. Nominal friction coefficient 0.5 with approx. 50% dust reduction.