WAGNER, THERMOQUIET, TQ and CERAMICNXT are trademarks owned by Federal-Mogul Corporation, or one of its subsidiaries, in one or more countries. ©2012 Federal-Mogul Corporation WB121038

IntroducIng the next generationof ceramic technology...

IMI™ “The One-PIece Brake Pad”

The unique Integrally Molded Insulator (IMI™) is the key to the one-piece brake pad design. Wagner ThermoQuiet brake pads integrate the friction material, backing plate and insulator into a single high-strength component. This advanced one-piece design overcomes the problems associated with conventional shims, particularly shims attached with adhesives, which are subject to movement known as shim migration. This revolutionary design spreads out heat, sound and vibration over a much larger surface area for quieter operation.

Laser-shaPed FrIcTIOn™ TechnOLOgy

This engineering innovation helps to eliminate the brake system’s primary enemies: heat and vibration. Our patented Laser-Shaped Friction technology utilizes a laser-scanning process to identify and analyze performance-reducing vibration due to caliper, rotor and pad interaction. From this state-of-the-art scanning procedure, application-specific friction designs are developed to optimize pad-to-rotor contact. The result ensures the precise transfer of caliper force where it’s needed most to deliver quieter braking performance.

dynaMIc nOIse aBsOrPTIOn™ (dna) TechnOLOgy

These next generation friction formulations are engineered to introduce a new level of performance in ceramic brake pads. The Dynamic Noise Absorption™ (DNA) technology targets and absorbs vibration at the point of contact while thermal-sensitive friction adapts to a wide range of temperatures for optimal braking performance in varying conditions. These advanced formulations provide quieter braking and superior stopping power.

the ultimate ceramic brake pad.

the ultimateceramic brake pad.

excLusIve InTegraLLy MOLded InsuLaTOr (IMI™)

Federal-Mogul has engineered the next generation in ceramic brake pad technology — Wagner ThermoQuiet CeramicNXT.

New Wagner ThermoQuiet CeramicNXT features advanced proprietary friction formulations that deliver the next level in ceramic brake pad technology. The core of these formulations is Dynamic Noise Absorption™ (DNA) technology that is integrated into the brake pad to target and absorb vibration at the point of contact for even quieter braking. These proprietary formulations are also engineered with thermal-sensitive properties that adapt to the wide range of temperatures encountered during every day driving conditions to provide superior stopping performance.

This latest friction technology plus the Integrally Molded Insulator (IMI™) and patented Laser-Shaped Friction™ make Wagner ThermoQuiet CeramicNXT the ultimate ceramic brake pad.

www.tqbrakepads.com

Advanced proprietary formulations absorb vibration for quieter braking while thermal-sensitive friction adapts to a wide range of temperatures for optimal performance in varying conditions.

dynaMIc nOIse aBsOrPTIOn™ TechnOLOgy

EngInEErEd to bE

Laser-shaPed FrIcTIOn™ TechnOLOgy

IMI™

WAGNER, THERMOQUIET, TQ and CERAMICNXT are trademarks owned by Federal-Mogul Corporation, or one of its subsidiaries, in one or more countries. ©2012 Federal-Mogul Corporation WB121038

IntroducIng the next generationof ceramic technology...

IMI™ “The One-PIece Brake Pad”

The unique Integrally Molded Insulator (IMI™) is the key to the one-piece brake pad design. Wagner ThermoQuiet brake pads integrate the friction material, backing plate and insulator into a single high-strength component. This advanced one-piece design overcomes the problems associated with conventional shims, particularly shims attached with adhesives, which are subject to movement known as shim migration. This revolutionary design spreads out heat, sound and vibration over a much larger surface area for quieter operation.

Laser-shaPed FrIcTIOn™ TechnOLOgy

This engineering innovation helps to eliminate the brake system’s primary enemies: heat and vibration. Our patented Laser-Shaped Friction technology utilizes a laser-scanning process to identify and analyze performance-reducing vibration due to caliper, rotor and pad interaction. From this state-of-the-art scanning procedure, application-specific friction designs are developed to optimize pad-to-rotor contact. The result ensures the precise transfer of caliper force where it’s needed most to deliver quieter braking performance.

dynaMIc nOIse aBsOrPTIOn™ (dna) TechnOLOgy

These next generation friction formulations are engineered to introduce a new level of performance in ceramic brake pads. The Dynamic Noise Absorption™ (DNA) technology targets and absorbs vibration at the point of contact while thermal-sensitive friction adapts to a wide range of temperatures for optimal braking performance in varying conditions. These advanced formulations provide quieter braking and superior stopping power.

the ultimate ceramic brake pad.