Ceramic vs Metallic Brake Pads Compared

Resin or metallic? It is the first question riders face when replacing disc brake pads. Each compound has distinct trade-offs in bite, noise, wear, and wet performance. Here is how they compare — and where titanium hardware fits in.

Resin (Organic) Pads

Resin pads — also called organic or non-metallic — use fibers and filler bound with resin. They deliver quiet, progressive braking from cold and are gentle on rotors. The downside: they wear faster, especially in wet or muddy conditions, and can lose bite on long descents as heat builds.

Metallic (Sintered) Pads

Metallic pads use sintered metal particles fused under heat and pressure. They last longer, resist heat fade on extended descents, and maintain consistent bite in wet conditions. The trade-off: they are noisier, require more rotor break-in, and can accelerate rotor wear compared to resin.

Side-by-Side Comparison

Whichever pad you choose, reducing unsprung weight at the brake improves acceleration and handling. TiNE titanium center lock caps and disc brake mounts for Specialized SL8/S5 drop grams from the caliper assembly — TiNE outer lock ring weighs 5.5 g and the inner cap 4.6 g — without affecting braking performance.

Lightweight titanium brake hardware at tinetech.com