SUPERIOR BRAKING PERFORMANCE
OP brake pads offer high performance and long lifespan, thanks to high-quality, eco-friendly friction materials that are free of heavy metals. Each compound is designed to suit the specific type of vehicle, ensuring safety, efficiency, and quiet operation.
A NEW ERA OF ADVANCED OERFORMANCE FOR EVERY VEHICLE
INNOVATION MEETS PRECISION FOR ADVANCED BRAKING PERFORMANCE
Braking force varies depending on factors such as weight, engine size, usage, and axle configuration, all of which influence the behavior of the braking system. OP brake pads are developed with four specific compounds, each optimised for different braking technologies and vehicle types. Every formulation is the result of an in-depth analysis of vehicle requirements, ensuring safety, efficiency, and reliability.
SAFE AND ECOLOGICAL MATERIAL
OPTIMISED NVH PERFORMANCE
HIGH PERFORMANCE IN EVERY CONDITION
HIGH PERFORMANCE FROM THE FIRST BRAKE
1 - BRAKE DISC ADAPTATION BASE
2 - FRICTION MATERIAL
Developed with specific compounds for each application
3 - ADHESION BASE
Ensures the adhesion of the friction material to the metal backing and absorbs the mechanical and thermal stresses generated during braking.
4 - ADHESIVE
High-resistance resin, designed to ensure stability and adhesion even under thermal and mechanical stress.
5 - METAL BACKING
The backing plate is finished with micro-spheres (Shot Blasting) for a uniform surface, while the automated electrostatic painting ensures a consistent coating of 0.05-0.10 mm.
6 - ANTI-VIBRATION AND ANTI-NOISE LAYER
Each brake pad is equipped with double anti-vibration plates for optimal noise and comfort control. The SUPERIOR PERFORMANCE, ELECTRIC POWER, and ENDURANCE BRAKE versions use an anti-vibration layer made of NBR rubber and steel, ensuring high resistance and acoustic damping.
The SUPERIOR PERFORMANCE PLUS version features an advanced multi-layer anti-vibration layer for maximum efficiency in noise and vibration reduction.
A - Aluminum Coating
B - NBR (Nitrile Rubber)
C - Cold-rolled steel
D - NBR (Nitrile Rubber)
E - Adhesive
F - Protective Paper
7 - STAINLESS STEEL PROTECTION LAYER
Some brake pads feature an additional anti-vibration layer made of stainless steel, which serves a structural function, evenly distributing the applied forces and helping to dissipate the heat generated during braking.
A SINERGY ODF COMPONENTS FOR SUPERIOR BRAKING
The developed compounds are precisely engineered to ensure the optimal balance between components, delivering immediate and proportional braking response tailored to various braking technologies and vehicle types.
• High heat dissipation capacity
• Maximum resistance to high temperatures
• Optimal performance stability
• Braking comfort and quietness
• Maximum vehicle control
BARYTE
High temperature resistance
Contributes to low friction dust generation
High dimensional stability
BARYTE
High temperature resistance
Contributes to low friction dust generation
High dimensional stability
ZIRCONIUM SILICATE
High wear resistance
Optimal heat dissipation
High temperature resistance
ZINC POWDER
Improves braking stability
Corrosion resistance
Low friction dust generation
TIN AND FERROUS SULFIDE
High wear resistance
Optimal heat dissipation
Improve resistance to temperature cycles
GRAPHITE
Improves friction and heat dissipation
Natural lubricant
Stability at high temperature
RUBBER AND POWDERED CARBON
Stabilizes the friction coefficient
Absorb Vibrations
Reduces noise generation
MAGNESIUM OXIDE
Aumenta coefficiente attrito
Maggior forza frenante
Alta resistenza all'usura
ZINC OXIDE
Improves braking stability
Corrosion resistanc
Contributes to low friction dust generation
4 BRAKING TYPES FOR EVERY VEHICLE
HIGH PERFORMANCE VEHICLES
SP Superior Performance PLUS, designed for heavier and more powerful vehicles, offer high resistance to fading thanks to advanced friction materials and infrared Scorching treatment, ensuring progressive braking and consistent performance even under the most extreme conditions.
High performance vehicles
2,5 lt/2.500 cc. - 5,0lt/5.000 cc.
MEDIUM PERFORMANCE VEHICLES
SP Superior Performance, designed for small to mid-sized vehicles, provide maximum safety, efficiency, and extended durability, ensuring reliable and effective braking in all conditions while guaranteeing a comfortable driving experience.
Medium performance vehicles
0,9 lt/900 cc. - 2,5 lt/2.500 cc.
Advanced compound with a higher ratio of barite, steel fiber, and zirconium silicate, designed to withstand the most intense stresses.
More balanced compound in its components for an optimal balance between comfort and safety.
HYBRID AND ELECTRIC VEHICLES
EP Electric Power, for hybrid and electric cars, are compatible with regenerative braking systems and offer safe, quiet performance. The friction material, treated with a special anti-oxidation process, provides an immediate cleaning effect on the brake disc surface.
For hybrid and electric vehicles compatible with regenerative braking systems.
COMMERCIAL VEHICLES AND MPVs
EB Endurance Brake, designed for commercial vehicles, ensure stable and safe braking thanks to an optimised friction coefficient between axles and a reinforced compound specifically engineered to support heavy loads and deliver long-lasting performance.
Commercial vehicles and MPVs
2,0 lt/2.000 cc. - 4,5 lt/4.500 cc.
Compound with less steel fiber and a higher content of zirconium silicate for optimal heat dissipation, enhancing efficiency and comfort, with a special anti-oxidation additive.
Compound with more magnesium oxide and steel fiber for a higher abrasive factor (grip) and reinforced resistance to stress from heavy loads.
TOTAL CONTROL
100% TESTED QUALITY
the brake pads undergo rigorous testing both on the dynamometer, including the AK Master and SAE tests, and on the road to guarantee reliable behavior in all real-world driving situations.
COEFFICIENT FRICTION TEST
Verifies friction under real conditions and maximum stress situations, including wet conditions
THERMAL FADING TEST
Assesses performance under high thermal stress, both at high and low temperatures.
WEAR TEST
Measures the durability and uniform wear of the brake pad
NVH TEST (noise and vibrations)
Detects any acoustic anomalies during braking to minimise noise and vibration.
RESISTANCE TEST
Checks structural integrity (shear and compression)
CERTIFIED SAFETY
MAXIMUM RELIABILITY AND PERFORMANCE WITH EVERY BRAKE
The ECE R90 test, applied to OP brake pads, certifies that the product meets the safety and performance requirements established by European regulations for aftermarket parts.
DYNAMOMETRIC BENCH TESTS
FRICTION COEFFICIENT (M) COMPARISON
FADING RECOVERY TEST
WEAR CONTROL
DIMENSIONAL CHECKS AND MARKING
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