I. Street Use: The Ultimate "Lifetime" Solution

While Carbon Ceramic Brakes are often celebrated as the pinnacle of track performance, they truly shine on high-performance street cars. Under standard driving temperatures, oxidation is virtually non-existent.

  • Unmatched Longevity
    Unlike iron discs that suffer from physical frictional wear, CTE CCM discs do not "wear out" in the traditional sense. When paired with correct non-metallic pads, they are designed to last the entire lifetime of the vehicle.
  • Pristine Aesthetics
    Enjoy virtually zero brake dust, keeping your wheels showroom-clean even after spirited drives.
  • The "Cold/Wet" Myth Corrected
    Early Gen 1 CCB systems suffered from poor initial bite. Our Next-Gen 3D matrix construction offers superior thermal conductivity, ensuring immediate, linear braking response even from a cold start.
⚠️ A Note on Refurbishing: We advise extreme caution regarding "resurfacing" services. Adding a new Silicon Carbide layer often weakens the structural integrity of the carbon core. At CTE, we believe safety should never be compromised for a "shiny" surface.
Cracked OEM Porsche PCCB Disc Analysis

Figure 1: Example of an OEM Porsche PCCB after surface micro-fractures begin to spread into the core.

II. Track Use: Winning the War Against Oxidation

On the track, temperatures exceed 800°C, causing Carbon Oxidation (vaporization). This is why OEM short-fiber brakes fail so quickly under track stress. CTE Racing CCMs significantly reduce this oxidation rate, allowing professional-level performance without the constant fear of costly replacement.

III. Why CTE Next-Gen Leads the Market

We have leapfrogged traditional production methods to set a new global standard in braking technology.

1. T700 Grade Carbon: Aerospace Excellence

While most manufacturers (including ST) utilize T300-grade carbon, CTE exclusively uses T700-grade carbon—a material reserved for military and commercial aerospace applications. T700 is 40% stronger and has an oxidation rate less than half of T300.

2. 3D Continuous Fiber Matrix

Unlike "short-fiber" discs found in OEM Brembo/SGL systems, CTE discs are woven into a multi-dimensional matrix, providing immense structural integrity and heat dissipation.

3. Precision Siliconization (RMI)

Our proprietary Reactive Melt Infiltration (RMI) eliminates air pockets and micro-fractures, ensuring oxygen cannot penetrate the core.

CTE NEXT-GEN CTE T700 Grade Continuous Fiber Structure

CTE T700 Continuous Fibre

100% uniform structure. Zero defects, zero air pockets, and zero micro-fractures.

MARKET ALTERNATIVE Mainland China T300 Grade Disc with Cracks

T300 Grade Comparison

Notice the surface cracks and micro-fractures common in bargain-tier T300 discs.

The Verdict: Redefining the Standard

Street or Track? With CTE Next-Gen CCM, you no longer have to choose.

Whether it's for dustless street luxury or punishing track cycles, our T700 technology delivers the ultimate performance.
100% Uniform Structure. Zero Defects. Maximum Performance.