SEMI-CERAMIC DISC BRAKE PADS

Carlisle Brake & Friction's Semi-Ceramic, premium disc brake friction material is designed for the extreme conditions of off-highway vehicle applications. Carlisle Semi-Ceramic offers OE level performance with superior durability, coefficient of friction, fade resistance and overall friction life.

Additional Product Details

High friction coefficient
High resistance to fade
Longer life and reduced maintenance costs

Technical Specifications

Lining Material	Ceramic, semi-metallic
Typical Applications	Severe-duty mining and construction equipment
Comments	OE-grade friction material

Recommended Related Products

EL121 DISC BRAKE PADS
- View Product Details
SEMI-METALLIC DISC BRAKE PADS
- View Product Details
NF-785 DISC BRAKE PADS
- View Product Details

Company Name
Contact
Address 1
Address 2
Phone (Optional)
Email Address
Vehicle Type
Vehicle Model Number
Approximate Annual Volume
Normal Brake Usage	Service Park/ Secondary
Brake Location	Wheel Drive Shaft
Actuation	Mechanical Hydraulic SAHR
Actuation Fluid	Automotive Brake Fluid Mineral Oil Air
Gross Vehicle Weight (W gross)
Empty Vehicle Weight (W empty)
Gear Reduction (Gear red)	All gear reduction between the brake location and the vehicle ground contact.
Total Resistance (R%)	2% standard unless otherwise specified.
Maximum Brake Pressure (Pmax)	Maximum pressure available at brake input.
Number of Braked Wheels (n wheel)
Tire Rolling Radius in inches: Static (Rstatic)	Dynamic (Rdvn)
Brake Clearance in inches: Rim I.D.
Hub O.D.
Disc Dimensions in inches: O.D.
Thickness
Grade Hold Requirement (Gstatic.%)
Maximum Level Surface Speed (Vmax)
Stop Distance Requirement (Sstop)
System Actuating Time Delay (tdelay)	0% will be used unless otherwise specified.
Dynamic Grade Requirement (Gdvn.%)
Ground Coefficient (µground)	0.5 is typical ground coefficient for unmaintained loose earth.
Comments
	I agree to Carlisle Brake & Friction's Cookie and Privacy Policy.
Security code