Ceramic vs Semi-Metallic Brake Pads: Which Is Better for Canadian Driving?

Updated November 2026 by AAA Frictions, a Canadian brake brand based in Windsor, Ontario. We make ceramic pads only, so we say where semi-metallic pads are the better choice.

Ceramic vs semi-metallic brake pads compared

What each pad is made of

Ceramic pads use dense ceramic fibres, fillers and resins, with little or no steel. They leave a thin, even layer of pad material on the rotor, which is why they are quiet, smooth and easy on rotors.

Semi-metallic pads contain a large share of steel and other metal fibres. The metal pulls heat away from the braking surface, so they keep working when brakes get very hot. The trade-off is more noise, more dust and more rotor wear.

Which pad is right for your driving?

• City and highway commuting: ceramic. Quiet, clean and consistent in stop-and-go traffic.
• Family cars, crossovers and SUVs: ceramic. Most of these vehicles come from the factory with ceramic or low-metal pads.
• Towing a trailer or camper often: semi-metallic. Heat matters more than clean wheels when you’re stopping extra weight.
• Work trucks and heavy loads: semi-metallic, or the pad type your truck’s maker specifies.
• Long mountain descents: semi-metallic handles the heat better. Use lower gears to save your brakes with either type.
• Performance driving: semi-metallic or a dedicated performance pad.
• Pickups that tow only now and then: either works. Choose ceramic if most of your driving is commuting, semi-metallic if you tow heavy loads often.

Check your vehicle’s original pad type before switching. Some heavy-duty trucks are meant to use semi-metallic pads.

Ceramic vs semi-metallic in Canadian winters

Semi-metallic pads grip a little faster on the first stops of a cold morning, before the brakes warm up. For heavy trucks and towing in winter, that’s a real advantage.

For everyday driving, modern ceramic pads work well in Canadian winters. Some ceramic pads are made for cold, snow and salted roads, such as AAA Frictions Type 07 HydroAdaptive+, which adds stronger response on cold starts.

In winter, the bigger risks are often rust and salt rather than the pad material:

• Rotor rust: salt rusts bare rotors, which causes pulsing and uneven pad wear. Coated rotors resist it.
• Stuck caliper slides: clean and grease the slides when you change pads, or the pads wear unevenly.
• Old brake fluid: fluid absorbs water over time. Replace it as your vehicle’s maker recommends.

Lifespan, rotor wear and cost

Ceramic pads cost more up front but often cost less over time for everyday drivers, because they last longer and wear rotors less. Under heavy loads and high heat, semi-metallic pads hold up better, so the advantage can flip for trucks that tow.

With either type:

• check pad thickness at every tire change;
• replace rotors that are below minimum thickness, pitted or rusty;
• bed in new pads as the maker says, so they leave an even layer on the rotor.

Common myths

• “Ceramic pads don’t work in the cold.” They do. Semi-metallic pads grip a little faster on the first cold stops, but ceramic pads work well for everyday winter driving.
• “Semi-metallic pads stop better.” Not in everyday driving. Their advantage is heat capacity under heavy use, not shorter stops for a commuter.
• “Ceramic pads never fade.” Any pad can fade under long, repeated hard braking. Ceramic pads are simply less likely to reach that point in normal driving.
• “You can switch pad types without checking the rotors.” When you change pad types, check or replace the rotors so the new pads get an even surface.

Where AAA Frictions fits

We make ceramic pads only, for everyday cars, crossovers, SUVs and light trucks in Canadian weather:

• Type 03 HydroAdaptive ceramic pads for everyday driving in rain and humidity. The compound moves water away from the braking surface so the pads keep full contact with the rotor.
• Type 07 HydroAdaptive+ ceramic pads for rain, cold, snow and salted roads, with stronger response on cold starts.
• Kits pair the pads with SC rotors (coated hub and edges) or GC rotors (fully GEOMET-coated, including the braking surface and cooling vanes, to resist salt rust).

If you tow heavy loads often, a semi-metallic pad may suit you better. For everyday driving, find pads and kits for your vehicle. Shipping is free to all 10 provinces. To compare brands, see the best brake pad brands in Canada.

Frequently asked questions

Is ceramic or semi-metallic better for winter?

For everyday driving, both work in Canadian winters. Semi-metallic pads grip a little faster on the first cold stops; ceramic pads are quieter, cleaner and easier on rotors. Some ceramic pads, like AAA Frictions Type 07, are made for cold, snow and salt.

Which lasts longer, ceramic or semi-metallic?

Ceramic pads usually last longer in everyday driving and wear rotors less. Under heavy towing and high heat, semi-metallic pads hold up better.

Can I switch from semi-metallic to ceramic pads?

Usually yes, for cars, crossovers and SUVs. Check that the rotors are in good shape and that your vehicle isn’t meant to use semi-metallic pads, as some heavy-duty trucks are.

Why do semi-metallic pads squeal more?

The metal fibres pass more vibration through the brake parts, especially when cold. Shims and proper installation help, but some noise is normal.

Are ceramic brake pads worth the extra cost?

For most daily drivers, yes. Longer pad life, less rotor wear and cleaner wheels usually make up the difference over time.