24/09/2023
When it comes to the performance and safety of your bicycle, few components are as critical as the brake pads. They are the unsung heroes that convert the kinetic energy of your ride into stopping power. For riders equipped with AVID/SRAM Code brakes, the Cleanskin Code Disc Brake Pads offer a compelling option that balances performance with excellent value. But with different compounds available, how do you choose the right ones for your riding style and conditions? This guide will delve into the nuances of brake pad selection, focusing specifically on the Cleanskin Code offerings and helping you make an informed decision for a safer and more enjoyable cycling experience.
Understanding Brake Pad Compounds
The heart of any brake pad lies in its compound, the material that makes direct contact with the brake rotor. Cleanskin offers two primary compounds for their Code Disc Brake Pads: organic and sintered (often referred to as metallic).
Organic (Resin) Brake Pads
Organic brake pads, also known as resin pads, are constructed from a composite material that includes various friction modifiers, binders, and reinforcing agents. A key characteristic of organic pads is their strong initial bite. This means they provide immediate and responsive braking force the moment you apply the lever. They also tend to operate more quietly, producing less of the high-pitched squeal that can sometimes accompany braking, especially in drier conditions. For lighter riders or those who prefer a more modulated and less aggressive braking feel, organic pads can be an excellent choice. They also tend to bed in (reach their optimal performance) relatively quickly. However, their performance can be more susceptible to changes in temperature and moisture. In wet conditions, they may offer less consistent stopping power and can wear down faster. Pros of Organic Pads:* Superior Initial Bite: Quick and responsive braking. * Quieter Operation: Less prone to squealing. * Faster Bed-in Period: Reach optimal performance sooner. * Good Modulation: Easier to control braking force. Cons of Organic Pads:* Reduced Performance in Wet Conditions: Can be less effective in damp or wet weather. * Lower Heat Resistance: May experience brake fade on long, steep descents. * Faster Wear Rate: Generally don't last as long as sintered pads.
Sintered (Metallic) Brake Pads
Sintered brake pads are made from a mixture of metallic particles (such as copper, iron, and steel) and friction modifiers that are fused together under high heat and pressure. This process creates a much harder and more durable pad. The primary advantage of sintered pads lies in their superior performance in wet weather conditions. The metallic composition makes them more resistant to water and mud, providing more consistent and reliable stopping power when the trails are slick. Furthermore, sintered pads exhibit greater resistance to brake fade. Brake fade occurs when brakes overheat, reducing their effectiveness. On long descents or during demanding riding, sintered pads maintain their stopping power better than organic compounds. They also tend to have a longer lifespan, making them a more cost-effective choice in the long run, despite a potentially higher upfront cost. While they may not offer the same immediate sharp bite as organic pads, their consistent power delivery and durability make them a favourite for many riders, particularly those who tackle challenging terrain or ride in varied weather. Pros of Sintered Pads:* Excellent in Wet Conditions: Consistent performance in damp and muddy environments. * High Heat Resistance: Minimises brake fade on long descents. * Longer Lifespan: Typically wear down more slowly. * Consistent Power Delivery: Reliable stopping power across a range of temperatures. Cons of Sintered Pads:* Less Initial Bite: May require slightly more lever pressure to achieve immediate stopping. * Potentially Louder: Can sometimes produce more noise than organic pads. * Slower Bed-in Period: May take longer to reach optimal performance. * Rotor Wear: Can potentially cause slightly more wear on brake rotors due to their hardness.
Backing Plate Material: The Foundation of Your Pad
While the compound is crucial, the backing plate also plays a role in the overall performance and longevity of a brake pad. Cleanskin Code Disc Brake Pads feature a steel backing plate. Steel is a robust and durable material that provides a solid foundation for the friction material. It offers good heat dissipation and is less prone to flexing under braking pressure compared to some other materials. This contributes to a more stable and predictable braking feel.
Brake Caliper Compatibility: Ensuring a Perfect Fit
Choosing the right brake pads is only effective if they are compatible with your brake calipers. The Cleanskin Code Disc Brake Pads are designed to work seamlessly with a range of AVID and SRAM Code brakes, as well as other compatible models. Here's a breakdown of their compatibility:
| Brand | Model | Model Years |
|---|---|---|
| Avid | Code | 2011-2014 |
| Avid | Code R | All |
| SRAM | Code RSC | 2017 onwards |
| SRAM | Code R | 2017 onwards |
| SRAM | Guide RE | All |
| SRAM | DB8 | All |
It is always recommended to double-check your specific brake model and year to ensure a perfect match. Using incompatible brake pads can lead to reduced braking performance, premature wear, or even damage to your braking system.
What's in the Box? Value and Essentials
When you purchase a pair of Cleanskin Code Disc Brake Pads, you're not just getting the pads themselves. The package typically includes: * 1 x Pair of Brake Pads: Ready to be installed. * 1 x High-quality Retainer Spring: This spring is essential for keeping the brake pads properly seated within the caliper and ensuring they retract correctly when the brake lever is released. Using a quality spring is important for consistent performance. It's worth noting that a pad bolt is not included in the package. However, this is generally not an issue as you can typically reuse the original pad bolt from your old brake pads. Ensure this bolt is in good condition and properly torqued during installation.
Pros and Cons at a Glance
To help summarise, here’s a quick look at the overall advantages and potential drawbacks of the Cleanskin Code Disc Brake Pads: Pros:* Excellent Value for Money: Offers a high level of performance at a competitive price point. * Reliable Stopping Power: Whether you choose organic or sintered, you can expect dependable braking. * Wide Compatibility: Suits a broad range of popular AVID and SRAM Code brakes. * Includes Essential Retainer Spring: Ensures proper pad function. Cons:* No Pad Bolt Included: Requires reusing the old bolt or sourcing a new one. * Compound Choice is Personal: The "best" compound depends entirely on individual riding preferences and conditions.
Frequently Asked Questions
Q1: How often should I replace my brake pads?A1: The lifespan of brake pads varies greatly depending on your riding style, terrain, weather conditions, and the type of pad. A general rule of thumb is to inspect your pads regularly (e.g., every few rides). You should replace them when the friction material wears down to about 1mm or less, or if you notice a significant decrease in braking performance or an increase in lever travel. Q2: How do I bed in new brake pads?A2: Bedding in is crucial for optimal performance. For organic pads, find a gentle slope and perform several moderate stops, gradually increasing the intensity. For sintered pads, it's often recommended to do a series of harder stops from moderate speed (e.g., 15-20 mph) down to a slow speed, without coming to a complete halt. Repeat this 10-15 times. Allow the brakes to cool completely between sets. This process transfers a thin layer of pad material to the rotor, creating a more uniform braking surface. Q3: Can I mix organic and sintered pads?A3: It is generally not recommended to mix pad compounds (one organic and one sintered on the same bike, or even within the same caliper if possible). This can lead to inconsistent braking feel and uneven wear. Q4: My brakes are making a noise. What could be the cause?A4: Squealing or grinding noises can be caused by several factors, including contaminated pads or rotors, worn-out pads, improperly bedded pads, or loose components. Check for contamination (oil, grease), ensure the pads and rotors are clean, and inspect the bed-in process. If the noise persists, it might be time for new pads or a professional inspection. Q5: Which compound is better for downhill riding?A5: For downhill riding, where sustained braking on steep descents is common, sintered (metallic) pads are generally the preferred choice due to their superior heat resistance and consistent power delivery, minimising the risk of brake fade.
Conclusion: Making the Right Choice for Your Ride
Selecting the correct brake pads is a vital step in maintaining your bicycle's braking system. The Cleanskin Code Disc Brake Pads offer a fantastic option for riders with compatible AVID/SRAM Code brakes. By understanding the differences between organic and sintered compounds, you can tailor your choice to your specific riding conditions and preferences. Whether you prioritise sharp initial bite and quiet operation with organic pads, or demand robust performance in all weather and long descents with sintered pads, Cleanskin provides a reliable and cost-effective solution. Remember to always ensure compatibility, properly install your new pads, and bed them in correctly for the best possible braking performance and safety on the trails.
If you want to read more articles similar to Choosing the Right Brake Pads, you can visit the Brakes category.