PV Oem Front Brake Discs

Brake Discs Features:                                                   

•Equivalent to OE design 

•Smooth and quick stop 

•Anti-rust 

•Low noise, low dust 

•Optimal thermal performance 

• At 350 millimeters across and a full 34 millimeters thick, this is not a disc that whispers—it commands attention with every rotation. The sheer mass translates directly into braking torque, giving larger passenger vehicles the stopping authority they need when carrying full loads or towing. But size alone is only half the story; the real engineering achievement lies in how this disc manages the thermal load generated by that substantial surface area. The internal ventilation vanes are cast with a curved vane geometry that pulls cool air from the center hub and expels heated air at the periphery with remarkable efficiency, keeping the entire friction face at a consistent temperature even during repeated high-speed decelerations.

• What makes this disc particularly interesting for the aftermarket is its OEM pedigree. It was designed to meet the original equipment specifications for a range of popular passenger vehicles, meaning the dimensions, bolt pattern, hat height, and offset are an exact match for factory calipers. No spacers. No grinding. No creative adaptations. Just a straight bolt-on replacement that restores your vehicle's braking performance to showroom condition. This is especially valuable for independent workshops that need a reliable, no-surprises installation that keeps vehicles moving through the bay without tying up a lift for unnecessary adjustments.

• The surface finish receives as much attention as the internal structure. The friction faces are precision-ground to a micro-finished flatness that approaches theoretical perfection, minimizing disc thickness variation to levels that make pedal pulsation a distant memory. For drivers who have endured that disconcerting steering wheel shake during highway braking, this disc offers a genuine remedy. The grinding process also creates a microscopic surface texture that promotes immediate pad bedding, so your new brakes perform at their best from the first stop rather than requiring a cautious break-in period.

• Corrosion protection has been addressed through multiple available treatments—painted hats and edges for drivers who prioritize visual appeal, oiled surfaces for those in dry climates who need basic transit protection, and advanced coated options for regions where road salt and coastal moisture conspire against unprotected iron. The coating on non-friction areas forms a barrier that repels water and contaminants, preventing the unsightly rust bleed that can stain alloy wheels and reducing the likelihood of the disc bonding to the hub flange. This is not merely cosmetic; it simplifies future brake service by ensuring that removal remains straightforward even after years of exposure.

• Drilled and slotted variants of this disc are available for those who demand enhanced thermal evacuation and aggressive pad wiping action. The drill holes provide escape routes for hot gases that can create a cushion between pad and rotor, while the slots continuously refresh the pad surface by removing glaze and debris. This combination is particularly effective for vehicles that see frequent mountain driving, heavy stop-and-go urban commuting, or the occasional track day. The result is a pedal that feels solid and immediate, with shorter stopping distances that inspire confidence in every braking zone.

• The 350mm diameter also delivers a significant mechanical advantage in terms of leverage. Larger discs allow the caliper to apply stopping force farther from the axle centerline, multiplying the clamping effort without requiring higher hydraulic pressure. This translates to a brake system that works less hard to achieve the same deceleration, reducing wear on the master cylinder and brake booster while providing a more effortless pedal feel for the driver. It is a subtle but meaningful difference that becomes apparent during long drives or when carrying heavy loads.

• Global certification gives this disc credibility across multiple markets. The ECE R90 approval confirms that its braking efficiency meets or exceeds the original equipment reference under controlled dynamometer testing, while the IATF 16949-certified production facility ensures consistent quality across every batch. Whether you are supplying a North American fleet, stocking a South American distributor, or fulfilling orders for Eastern European workshops, this disc comes with the documentation and traceability that serious buyers demand. It is built to last, engineered to perform, and backed by quality systems that leave nothing to chance.

Brake Pads Features:

•High performance 

•Long-life service 

•Anti-fade 

•Low noise, low dust 

•Environmental friendly

• Pairing a high-performance disc with an ordinary pad is like fitting premium tires on mismatched wheels—the potential is there, but the synergy is missing. This front pad set was formulated specifically to complement the thermal characteristics of large-diameter discs, using a friction compound that delivers consistent bite across the entire operating range. The semi-metallic and low-steel formulations excel at heat transfer, pulling thermal energy away from the pad surface and into the backing plate, where it can dissipate more effectively. This keeps the friction interface cooler and more stable, reducing the risk of fade during extended braking events.

• One of the most noticeable benefits of this pad is its resistance to thermal degradation. City driving, with its endless cycles of acceleration and braking, creates a unique thermal pattern—frequent but short heat spikes that can cause conventional pads to glaze or become uneven. Our compound includes a high-temperature binder system that maintains its structural integrity even after repeated heating and cooling cycles, preventing the formation of shiny, hard spots that reduce friction and create noise. The result is a pad that stays effective stop after stop, without the gradual performance decline that plagues lesser aftermarket alternatives.

• The wear characteristics of this pad deserve particular attention. Instead of eroding quickly at the edges or wearing unevenly across the face, this compound promotes a flat, parallel wear profile that keeps the entire pad surface in contact with the disc. This uniform wear extends the service life of both the pad and the rotor, because the disc is not subjected to localized scoring or grooving from a pad that has lost its shape. The mechanical wear indicator provides an audible alert at the optimal replacement threshold, taking the guesswork out of maintenance and preventing the metal-on-metal damage that can ruin an expensive disc.

• Noise and vibration suppression has been engineered with the same care as the friction formulation. A multi-layer shim system, bonded to the backing plate with a high-temperature adhesive, acts as a vibration damper that absorbs the high-frequency oscillations responsible for brake squeal. The chamfered edges of the pad further disrupt harmonic resonance, ensuring that the only sound you hear during braking is the confident hum of the tires. This acoustic refinement is particularly appreciated in passenger vehicles where cabin comfort is a priority, as it preserves the quiet, relaxed environment that makes long journeys enjoyable.

• Dust production has been minimized without sacrificing stopping power—a balance that many aftermarket pads fail to achieve. The binder chemistry is carefully controlled to reduce the generation of metallic particles that stain wheels and accumulate on suspension components. The dust that does form is light in color and non-corrosive, rinsing away easily during routine cleaning rather than bonding permanently to the wheel surface. This keeps your alloys looking better and reduces the risk of brake dust-induced pitting on painted calipers.

• Environmental compliance is built into the material selection. The copper-free ceramic variants satisfy North American regulations that restrict the use of copper in friction materials, while the overall compound avoids hazardous heavy metals that can leach into water runoff. This commitment to sustainability does not come at the expense of performance—the ceramic formulations deliver the same quiet, low-dust operation as conventional ceramics but with a significantly reduced ecological footprint. For fleet operators and environmentally conscious drivers, this represents a responsible choice without compromise.

• Like its disc counterpart, this pad carries ECE R90 certification and is manufactured in facilities that hold IATF16949, ISO14001, and ISO45001 accreditations. The backing plate features a robust anti-corrosion coating that resists rust creep, while the included hardware clips and springs ensure a rattle-free fit within the caliper bracket. Every set is packaged with installation instructions and necessary accessories, making it a complete, ready-to-install solution for workshops and DIY enthusiasts alike. When you pair this pad with the PV OEM front disc, you get a braking system that works as an integrated unit—engineered together, tested together, and built to perform together for the life of the vehicle.

Advantages: 

Coated brake discs add lasting protection to superior performance. The special anti-rust coating on non-friction areas effectively resists corrosion from rain, salt, and other corrosive elements, keeping the brake discs looking newer for longer and extending their service life. They are particularly suitable for driving in areas with high rainfall or where road salt is used in winter, keeping your vehicle's wheel interiors clean and saving you the trouble of frequent cleaning.

Position: 

For daily city commuting, high-quality ventilated discs are the best choice. They effectively manage heat generated by frequent stops and starts in urban traffic, providing stable braking performance while maintaining a reasonable price and long service life. Ventilated discs offer stable performance within medium temperature ranges, fully meeting the demands of city driving.

• 100% critical dimensions, runout and DTV inspection 

• Material physical and chemical inspection

• Test shear strength, compressibility, density, flatness and parallelism 

• Test performance and noise/NVH