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Top Brake Ceramic Brake Pads for MAGURA

Elevate your Gravel, XC, and Trail performance with Top Brake Ceramic Pads. Crafted from KEVLAR® and high-grade ceramic, these pads are precision-engineered for MAGURA systems to ensure superior heat resistance and safer, longer-lasting rides.

  • Exceptional Heat Resistance: Built for Magura’s high-performance calipers.

  • Perfect Compatibility: Tailored for Gravel, XC, and Trail models.

  • Outstanding Initial Bite: Immediate, reliable stopping power.

  • Rapid Bedding-in: Fast break-in with refined modulation.

top brake disc brake pad for Magura MT5e
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Magura MT5 MT5e MT7 Ceramic compound Gravel bike Disc Brake Pad BD19-P

$ 23.98
top brake disc brake pad for MAGURA MT7
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Magura MT5 5e MT7 7 Pro MT Trail Front MT Thirty Ceramic compound MTB Disc Brake Pad BD05-P

$ 28.98
top brake disc brake pad for Magura MT2, MT4
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Magura MT6 MT8 8 Pro 8 SL Ceramic compound MTB Disc Brake Pad BD04-P

$ 26.98

Compatible Ceramic Brake Pads for MAGURA

Supported MAGURA Models Compatibility Chart
Part Info Riding Style Compatible Models
BD04

30.0 x 33.6 x 4.0 mm		 Gravel, Cross Country (XC), Trail MT MT2 / MT Sport/ MT4 / MT4e / MT4 Flatmount, MT6, MT8 / MT8 Pro / MT8 SL / MT8 SL Flatmount, MT Trail Rear
BD05

19.0 x 29.6 x 3.6 mm		  Trail MT MT5 / MT5e / MT7 / MT7 Pro/ MT Thirty/ , MT Trail Front
BD19

43.6 x 29.3 x 3.4 mm		  Trail MT MT5 / MT5e / MT7/ MT Thirty

Top Brake Ceramic Brake Pads: Performance Series

Featuring a KEVLAR® and Ceramic composite, this series delivers a quieter, more linear braking feel than standard MAGURA pads.
Characteristic PERFORMANCE Original Brand
Friction Material KEVLAR® and Ceramic Sinter / Metal
Brake Power – Dry ●●●●○ ●●●○○
Brake Power – Wet ●●●◐○ ●●●●○
Bed In ●●●●● ●●○○○
Modulation ●●●●● ●●●○○
Durability ●●●●○ ●●●○○
Heat Tolerance ●●●●◐ ●●●●○
Silence – Dry ●●●●● ●●●◐○
Silence – Wet ●●●●○ ●●○○○

Need More Power or Heat Resistance?

If your riding style demands more thermal stability or raw stopping power, explore our specialized series:

Premium E+ Series : Enhanced heat resistance and durability, designed for trail riding,  high-load eMTB and heavy bike.

GraphEx Series: Graphene Compound delivers maximum grip and exceptional fade resistance, ideal for competitive downhill, enduro, and high-speed aggressive racing.

Questions on Ceramic Brake Pads for MAGURA Models

Magura Technical Compatibility
1. How do Ceramic compounds interact with Magura’s piston seals?
Magura calipers are designed for specific heat tolerances. Ceramic compounds assist in seal longevity by acting as an insulator. By keeping the heat concentrated in the rotor and the pad material rather than the caliper body, the thermal stress on the internal piston seals is significantly reduced.
2. Is the 4-pad individual setup compatible with MT7 thermal cooling fins?
Yes. Our 4-pad individual configurations are manufactured to standard Magura dimensions, allowing for proper airflow and compatibility with existing cooling architectures. The separate pads allow for more independent piston movement and improved heat dissipation across the rotor.
3. Why do Ceramic-KEVLAR® pads provide a more linear feel on Magura levers?
Magura systems feature high mechanical leverage, which can cause a sudden or “grabby” engagement with sintered metallic pads. In contrast, the Top Brake Performance series, made with a KEVLAR®-Ceramic composite, provides a more progressive friction coefficient, allowing riders to better control braking force and manage deceleration before reaching wheel lock-up.
4. What is the effect of Ceramic pads on Magura MDR-P floating rotors?
Floating rotors are designed to handle lateral expansion from heat. Top Beake Ceramic pads complement this by establishing a stable transfer layer on the steel braking surface. This reduces the abrasive wear typically seen with metallic pads, preserving the structural integrity of the floating rotor’s rivets and carrier.
5. Can these pads be used with non-Magura mineral oils?
While our pads are chemically compatible with all bicycle-grade mineral oils, we recommend following the manufacturer’s hydraulic fluid specifications to ensure the seals and leverage ratios remain within their engineered parameters.

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