Hardex Premium Ceramic Brake Pads

• Exclusive Anti-Squeal Lubricant in all product boxes.
• Superior Anti-Rattle technology Shims for no noise and extended life.
• 50,000 to 60,000 km lifetime. (Full Replacement Warranty for 20,000 km or one year)
• Great durability (Brake life) & Brake distance performance.
• Minimum noise, vibration & heat fade.
• Least dust and wear on pads & rotors.
• Smooth and quiet braking.
• Slotted & chamfered for stronger grip & heat transfer.
• 100% ASBESTOS-FREE FORMULATION

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Recommended for vehicles that are routinely driven hard.

Positive Molding Technology

Positive Molding Technology is an important factor in production of HARDEX products.Positive molding results in a more uniform density in the production of the brake pad. It also allows using less resin content in formulation of the brake pad which can lead to improvement in the fading characteristic of the brake pad. The brake pads produced by positive molding process is proven to have much better stopping performance. High resin increases fading, which can increase stopping distances up to 50%.

All HARDEX brake pads are manufactured using the same positive molding process utilized by Original Equipment suppliers. Positive molding uses extreme pressure to compress the friction material and bond it to the backing plate. This process assures consistent friction material density throughout the pad, resulting in even wear and performance characteristics throughout the life of the brake pad.

OE Scorching Process:

In addition to these features HARDEX has added a scorching process to all of its brake pads. This additional process forces any impurities out of the friction material and pre-burnishes the pads to greatly accelerate the brake-in process.

This OEM process enhances key friction performance levels. Scorching raises initial cold effectiveness, stabilizes friction levels right out of the box, provides consistent performance across the entire operating range.

During the scorching phase; each brake pad surface is super-heated to simulate the initial break-in process performed by installation technicians. This additional step removes any uncured bonding agents eliminating the need for initial break-in and reducing noise caused by pad glazing. Scorching thermally conditions the pad material which yields a more consistent and higher friction level right out of the box.

Scorching benefits the vehicle owner by promoting a more complete bed-in of new pads, increasing the effective stopping power from the first stop.