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Sinter Brake Pads - Green - S2032 - 013

Sinter Brake Pads - Green - S2032 - 013

State-of-the-art Sinter S2032 series green race brake pads are developed for the no-compromise rac...

Best current price£17.99from Tweeks Cycles

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Tweeks CyclesSinter Green s2032 Brake Pads - 013
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£17.99
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eBaySinter Green s2032 Brake Pads (013) For SRAM / Avid, Inc Code, Guide & Motive
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Evans Cycles UKSinter 13 Sram (Code Db8 Motive) Disc Brake Pads Green
£4.99 delivery
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FrasersSinter 13 Sram (Code Db8 Motive) Disc Brake Pads - Green - NO SIZE
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£26.99
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Sports Direct UKSinter Green 13 Sram (Code Db8 Motive) Disc Brake Pads, Sports Direct
£4.99 delivery
£26.99
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Product Information

Full details

The Sinter S2032 Green race brake pads are designed for adult racers seeking extreme braking performance in diverse temperature conditions, both on and off-road. Their key benefit is enabling aggressive braking with total confidence due to advanced organic compounds and heat management. A potential caveat is their specialized race focus, which might require specific setup for optimal non-race use. Key features include an advanced organic compound for exceptional stopping power, Kevlar fiber reinforcement for durability, and ceramic particles for a powerful initial bite.

All features

Age Groupadult
ColourGreen
Seriess2032
Model Part Number013
BrandSinter

Extended Product Information

FAQs

Are the Sinter S2032 Green pads suitable for all types of cycling?

These pads are specifically developed for racing and high-performance applications where extreme braking is required. While they can be used by any rider, their aggressive nature and focus on extreme conditions might be more than necessary for casual or commuter cycling.

How do I bed-in my new Sinter S2032 Green brake pads?

Bedding-in is essential for optimal performance. Typically, it involves a series of moderate braking applications to gradually heat the pads and rotor, followed by harder braking. Refer to the specific instructions provided by Sinter Brakes for the recommended bedding-in procedure for the S2032 series.

What is the lifespan of the S2032 Green brake pads?

The lifespan varies greatly depending on riding style, terrain, and maintenance. The Kevlar fiber reinforcement contributes to increased durability, but aggressive riding and frequent hard braking will reduce pad life.

Can I use these pads with any brake rotor?

These pads are designed to work with standard bicycle brake rotors. However, for best performance and longevity, it is recommended to use rotors that are in good condition and compatible with organic brake pads.

Do these pads work well in wet conditions?

The advanced organic compound and ceramic particle technology provide strong initial bite and reliable performance. While they offer good performance in varied conditions, like all brake pads, performance may be slightly reduced in very wet or muddy conditions compared to dry conditions.

What's the difference between the S2032 Green pads and other Sinter brake pad series?

The S2032 Green series is specifically formulated for extreme temperature conditions and aggressive braking performance. Other Sinter series might be optimized for different riding styles, durability, or specific terrain conditions, using different compound materials.

Troubleshooting

Brake squeal or noise

Ensure pads are properly bedded-in. Check for rotor contamination and clean both pads and rotor. Verify that pad mounting bolts are tight and that the pads are correctly seated in the caliper.

Reduced braking performance

Inspect pads for wear and replace if necessary. Check rotor for glazing or contamination and clean or resurface if needed. Ensure the brake system is properly bled and free of air.

Overheating during prolonged braking

While designed for heat management, extreme prolonged abuse can still cause issues. Ensure proper airflow to the braking system and consider a short cool-down period. Verify that the brake system is in good working order and not dragging.

Pads not fitting correctly

Double-check the product's compatibility with your specific brake model. Ensure no debris is obstructing the pad seating area in the caliper. Contact customer support if compatibility is confirmed but fitment is an issue.

Pros and Cons

Pros

  • Exceptional stopping power for aggressive braking.
  • Consistent performance across diverse temperature conditions.
  • Enhanced durability due to Kevlar reinforcement.
  • Precise braking control with strong initial bite.
  • Reduced noise and vibration for smoother rides.
  • Effective heat management to prevent overheating.

Cons

  • May be overly aggressive for casual riders.
  • Requires proper setup for optimal performance across all terrains.
  • Organic compound might wear faster under extreme, prolonged abuse compared to sintered pads.
  • Specialized for racing, potentially not ideal for everyday commuting.
  • Compatibility with specific brake systems needs careful verification.

Setup, Compatibility & Care

Setup: Ensure the brake pads are compatible with your specific brake system by consulting the manufacturer's compatibility guide. Proper bedding-in is crucial for optimal performance; follow the manufacturer's recommended procedure. This typically involves a series of moderate stops followed by harder stops to properly cure the pad material to the rotor.

Compatibility: These pads are designed for specific bicycle brake systems. Always verify compatibility with your brake caliper model before installation. Refer to the detailed compatibility guide provided by Sinter Brakes.

Care: Keep brake surfaces clean. Avoid using harsh chemicals for cleaning; a damp cloth is generally sufficient for exterior cleaning. Periodically inspect pads for wear and rotor for damage. Replace pads when the friction material reaches the minimum thickness specified by the brake manufacturer. Ensure brake levers are free of debris.

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