Carbon Ceramic Brake Discs
Superior Braking Technology
Ready to upgrade? Tech-9 is your exclusive gateway to the highest-performance carbon ceramic brake discs and pads for Porsche vehicles. With decades of motorsport and engineering expertise, we offer servicing, upgrades, repairs, and tuning for all Porsche models and carbon ceramic brake technology is the ultimate solution for those seeking track-ready performance.
Lightweight, corrosion-free, and engineered for maximum thermal stability, these carbon ceramic brake discs transform how your Porsche handles under pressure on the road or track.
Upgrade Your Braking Performance
Who Are Surface Transforms?
Surface Transforms is the UK’s only manufacturer of carbon ceramic brake discs supplying next-generation braking solutions to performance automotive, aerospace, and motorsport industries. Their team of PhD-qualified scientists and engineers are continually advancing carbon-ceramic technology.
What Makes Surface Transforms’ Brakes Different?
Surface Transforms uses continuous carbon fibre (rather than chopped fibre) in a patented, UK-developed process. This results in lower wear, greater thermal conductivity, and more consistent braking across temperature ranges even from cold.
Top Benefits for Porsche Owners:
- Weight savings of up to 70% vs iron discs.
- Improved handling and reduced unsprung mass.
- Enhanced braking in wet and dry conditions.
- Significantly reduced brake dust, vibration, and noise.
- Outstanding cold performance – ideal for both road and track.
- Corrosion-free – no rust, ever.
- Refurbishable – discs can be resurfaced to extend life.
- Long-lasting – up to 100,000 miles depending on use.
Carbon Ceramic Brake discs vs Steel Brakes Comparison
| Feature | Carbon Ceramic Brakes | Traditional Steel Brakes |
|---|---|---|
| Weight | Up to 70% lighter | Heavier, increases unsprung mass |
| Brake Fade Resistance | Excellent – even under extreme heat | More prone to fade under high loads |
| Durability | Very high, refurbishable | Wears faster, non-refurbishable |
| Corrosion Resistance | 100% corrosion-free | Susceptible to rust |
| Maintenance Needs | Low, with proper bedding | Higher, more frequent servicing |
| Cold Performance | Strong, consistent | Can require warming for peak effect |
| Brake Dust & Cleanliness | Minimal dust | High dust generation |
| Cost | Higher upfront, longer lifespan | Lower upfront, more frequent changes |
This comparison highlights the value of upgrading to Surface Transforms carbon ceramic brakes, especially for high-performance Porsche drivers who demand consistent performance, longevity and low maintenance.
Next-Level Ceramic Brake Technology
Using a 3D matrix of continuous carbon fibres infused with ceramic materials, Surface Transforms’ process offers unrivalled durability and performance. Thanks to reduced oxidation and lower pad wear, you get better braking with less maintenance.
And when it’s time for service, the rotors can be refurbished multiple times – protecting your investment.
Want to go deeper into how they work? Read our Carbon Ceramic Brakes Explained guide.
Why Choose Tech9
Based in Liverpool, Tech-9 has been at the forefront of Porsche tuning, performance upgrades and servicing for over 30 years. Our team of experienced technicians brings race-proven insight and meticulous craftsmanship to every job. We are proud to be an authorised installer of Surface Transforms carbon ceramic brake discs, offering Porsche drivers across the North West exclusive access to this world-class technology. Our labour rate is £110 + VAT per hour.
Whether you’re preparing for the track or looking for lasting braking performance on the road, we offer:
- Precision installation at our Liverpool workshop.
- Full service support with genuine expertise.
- Transparent advice on performance upgrades.
Explore our full range of Porsche performance services – including TechArt customisation, porsche engine rebuilding and gearbox rebuilds, and track-day preparation.
Where to Find Us
Hale Garage, Hale Road, Hale, Liverpool, L24 5RB, United Kingdom
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Frequently Asked Questions
How long do carbon ceramic brakes last?
Their lifespan varies with driving style and conditions. In everyday use, many manufacturers quote anywhere from 50,000 to 100,000 miles, while track use can shorten life. One major advantage is that many carbon ceramic rotors can be resurfaced several times, extending their effective life.
Are carbon ceramic brake pads good?
When paired with carbon ceramic rotors, carbon ceramic brake pads designed for these systems are formulated for high friction stability and reduced fade. They typically offer excellent performance and longevity, although they may have different wear characteristics, and sometimes a higher cost, than pads used with conventional steel rotors.
Are carbon ceramic brakes good for daily driving?
For many high-performance daily drivers, they’re an excellent choice. They offer consistent braking, low noise, and little dust. However, the high initial and replacement costs may be more than necessary if you’re not demanding high-performance braking regularly.
Do these brakes last longer?
Generally, yes. Their advanced composite materials resist wear and brake fade better than conventional systems. With proper maintenance and the option to resurface the discs, they can offer a longer effective lifespan than steel brakes.
Do carbon ceramic brakes rust?
No. Because they’re made from ceramic composites rather than metal, they’re highly resistant to corrosion and do not rust like iron-based brakes.
Do ceramic brakes squeak?
Under normal conditions, they operate quietly. Squeaking is rare unless there’s an issue with bedding in the pads or contamination. In properly maintained systems, squeak is less of a problem than with some steel brakes.
How are carbon ceramic brakes made?
They are manufactured using advanced composite technology. Continuous carbon fibers are interwoven into a 3D matrix and combined with a ceramic matrix material (often silicon carbide). This composite is then sintered at high temperatures and pressures, creating a lightweight, strong, and thermally efficient brake disc.