And if there were graphs of those at various temperatures it would be even better.

<a href="http://www.carbotecheng.com/prod-ct-compounds.htm">here for Carbotech</a>

<a href="http://www.pagidusa.com/btcontents.htm">here for Pagid</a>

<a href="http://www.mintexracing.com/frm/index.htm">here for Mintex</a>

...I did see a <a href="http://www.braketechnology.com/techinfo.html#frictiongraph">graph of coefficient of friction against temperature</a>, but there was no scale on the coefficient axis.

The Ferodo DS3000 at 0.60 has the highest coefficient of friction of any compound I've been able to find in a pad that will fit our rear calipers. To allow more flexibiliy with front pads while maintaining bias, I'd like to find a rear pad even higher.

DS2500
<img src="http://www.federal-mogul.com/images/ferodoracing/DS2500Graph.jpg">

DS3000
<img src="http://www.federal-mogul.com/images/ferodoracing/DS3000Graph.JPG">

DS3000 Endurance
<img src="http://www.federal-mogul.com/images/ferodoracing/DS3000EndGraph.JPG">

DS3000 Plus
<img src="http://www.federal-mogul.com/images/ferodoracing/DS3000PlusGraph%20.JPG"><ul><li><a href="http://www.federal-mogul.com/cda/content/front/0,2194,2442_261268_10642,00.html">Ferodo compounds</a></li></ul>

<center><img src="http://www.cobaltfriction.com/images/img_graph_cmpnd_comp.gif"></center><p>

These two tables both look like they originally came from Pagid,

1. From <a href="http://www.ecparts.co.uk/pagid/comp.htm">ecparts.co.uk</a>

2. From <a href="http://www.needforspeed.co.uk/htmlpages/techBRP03.htm">needforspeed.co.uk</a>

And the two charts,

<img src="http://www.braketechnology.com/images/frictiongraph.gif">
<img src="http://pictureposter.audiworld.com/17157/pagidcompounds.jpg">

Let me know if you think you can make sense from all this.