Disc Brake Liner

Q: How do I determine the appropriate thickness and size for my vehicles disc brake liner?

A: Liner thickness (8mm15mm) and size are customizable based on your vehicles model and manufacturer. You can consult your vehicle manual or contact us with specifications; we ensure precise fitting by adhering to factory requirements for both OE replacement and aftermarket use.

Q: What benefits does a friction coefficient of 0.350.45 offer?

A: A friction coefficient of 0.350.45 provides stable, reliable braking performance under various temperatures and operating environments. This range minimizes risk of brake fade, ensuring consistent stopping power and safety for automotive and commercial applications.

Q: When should I replace my disc brake liner?

A: Disc brake liners should be replaced when you notice reduced braking efficiency, increased stopping distances, or visible wear near the minimum thickness (8mm). Regular inspection during servicing is recommended for optimal safety and performance.

Q: Where are these brake liners manufactured and how are they packaged?

A: Our disc brake liners are manufactured in India, adhering to ISO and OEM standards. They are packaged in sturdy cardboard boxes or shrink wrap to prevent damage during storage and shipping, ensuring quality upon delivery.

Q: What materials are used in your disc brake liners and why?

A: We use an advanced blend of synthetic and organic fibers. This composition delivers excellent heat dissipation, superior wear resistance, low noise, and a smooth finish, contributing to the liners reliability in demanding vehicle environments.

Q: How does the disc brake liners corrosion resistance enhance its performance?

A: Corrosion resistance helps extend the service life of the brake liner by protecting it from rust and environmental damage, ensuring consistent braking efficiency and reducing the need for frequent replacements.

Q: What are the key advantages of choosing this disc brake liner for my fleet or commercial vehicles?

A: Key advantages include high wear resistance, stable friction, low noise operation, and excellent heat management. These features collectively result in longer service intervals, lower noise, and enhanced safety, making them ideal for fleets and heavy-duty usage.