ABS 36110 Brake Pads

ABS 36110 Brake Pads

The ABS 36110 Brake Pads are a premium component designed for high‑performance disc braking systems. Manufactured by ABS All Brake Systems, these pads deliver consistent stopping power, durability, and quiet operation across a wide range of driving conditions.

Key Features

• High‑Performance Material Composition: The pads are engineered from a proprietary blend of ABS (Acrylonitrile Butadiene Styrene), a thermoplastic known for its excellent heat resistance, low friction coefficient, and structural integrity. This material choice ensures that the pads maintain optimal performance even under prolonged braking.
• Enhanced Heat Dissipation: The ABS matrix incorporates micro‑porous structures that facilitate rapid heat transfer away from the pad surface. This reduces brake fade and keeps the braking system responsive during aggressive driving or heavy traffic.
• Low Noise & Vibration: The engineered surface texture of the pads minimizes contact noise and vibration, providing a smoother driving experience. This is especially beneficial for daily commuting and long‑distance travel.
• Long Service Life: ABS’s inherent wear resistance extends the lifespan of the brake pads. Users can expect fewer replacements compared to conventional organic or semi‑metallic pads.
• Compatibility: Designed to fit a broad range of rear disc brake assemblies, the ABS 36110 pads are suitable for many models that require a rear brake pad set. Their dimensions and mounting geometry match OEM specifications, ensuring seamless integration.

Installation Overview

Installing the ABS 36110 Brake Pads is straightforward for mechanics familiar with disc brake systems. The process typically involves:

1. Removing the wheel and disc brake assembly.
2. Extracting the old pads from the caliper bracket.
3. Positioning the new ABS pads onto the bracket, ensuring correct orientation of the wear indicators.
4. Reassembling the caliper and securing it with the appropriate torque specifications.
5. Reinstalling the wheel, performing a brake fluid bleed if necessary, and conducting a test drive to confirm proper operation.

Performance Benefits

The ABS 36110 Brake Pads provide several tangible advantages over conventional brake pad options:

• Consistent Stopping Power: The ABS material maintains a stable coefficient of friction across temperature ranges, ensuring reliable braking performance.
• Reduced Brake Fade: Efficient heat dissipation prevents the pads from overheating, which is critical during high‑speed or mountainous driving.
• Quieter Operation: The engineered surface texture reduces the typical squeal associated with many brake pad types.
• Extended Wear Life: The robust ABS composition resists wear, allowing drivers to enjoy longer intervals between pad replacements.

Applications & Compatibility

The ABS 36110 Brake Pads are engineered to fit a variety of rear disc brake configurations. While the exact vehicle models are not specified, these pads are typically matched to:

• Rear disc brake systems in passenger cars and light commercial vehicles.
• Vehicles that require a four‑pad rear set, ensuring balanced braking performance.
• Brake assemblies that demand high thermal stability and low noise characteristics.

Maintenance Tips

To maximize the lifespan and performance of your ABS 36110 Brake Pads, consider the following maintenance practices:

• Regularly inspect brake fluid levels and replace the fluid according to the vehicle manufacturer’s schedule.
• Check for uneven pad wear; if one side shows significantly more wear, investigate potential alignment or caliper issues.
• Keep the brake system clean from dust and debris, which can affect pad performance.
• After a long period of inactivity (e.g., storing the vehicle), perform a brake system check before driving to ensure pads are in good condition.

Conclusion

The ABS 36110 Brake Pads from ABS All Brake Systems represent a reliable, high‑quality choice for drivers seeking durable and consistent braking performance. Their advanced ABS material composition delivers superior heat management, low noise operation, and extended service life—making them an excellent fit for a wide range of rear disc brake applications.