AC Disc Brake Liner

AC Disc Brake Liner Specification

Thickness
10 mm (Can vary with requirements)

Shape
Round with Square Inner Bore

Pressure
Suitable for High-Pressure Braking Action

Vehicle Type
EOT Crane, Industrial Machinery

Material
Asbestos/Non-Asbestos Composite

Loading Capacity
Up to 5 Tons (Varies by application)

Diameter
150 mm (Customizable)

Power
Mechanical Brake - Not Electric Powered

Application
Industrial Cranes, Material Handling Equipment, EOT Cranes

Hardness
High Performance, Wear Resistant

Friction Coefficient
0.35 ~ 0.45

Inner Bore Shape
Square Slot for Shaft Fit

Compatibility
Fits Standard AC Disc Brake Assemblies

Installation
Easy Bolt-On Type

Weight
Approx. 200g per piece

Color
Grey with Red Center

Temperature Resistance
Up to 350C

Surface Finish
Rough Grit for Maximum Friction

AC Disc Brake Liner About

AC Motor Brake Liner Description

An AC Motor Brake Liner is a high-friction, wear-resistant component specially designed for AC brake motors to ensure safe, smooth, and reliable braking. Manufactured from premium friction materials bonded to steel or cast iron backing plates, brake liners provide consistent torque, low wear rate, and long service life under continuous duty operations.

These liners are engineered to withstand high temperatures, heavy loads, and frequent braking cycles, making them ideal for cranes, hoists, material handling systems, and industrial machinery. They ensure precise stopping, effective load holding, and minimal noise during braking.

Key Features:

High-quality friction material for reliable braking.
Heat and wear resistant for heavy-duty use.
Ensures smooth, noise-free braking performance.
Long service life with minimal maintenance.
Suitable for AC brake motors of various capacities.
Available in different sizes and specifications.

Rugged Construction for Demanding Applications

Engineered with durability in mind, our disc brake liner features a composite material-offered in both asbestos and non-asbestos versions-suitable for rigorous use in industrial environments. Thanks to its robust construction and excellent temperature resistance, the liner performs reliably under high loads and rapid cycling operations.

Maximum Friction for Enhanced Safety

The rough grit surface finish enhances the friction coefficient (0.35 ~ 0.45), resulting in superior stopping power and improved safety for industrial cranes and material handling equipment. The high-performance hardness ensures extended wear resistance, reducing the frequency of replacements and maintenance downtime.

Easy Installation and Versatile Compatibility

Designed for a hassle-free, bolt-on installation, this brake liner fits most standard AC disc brake assemblies. The square slot in the inner bore guarantees secure shaft engagement, while customization options are available for diameter and thickness to meet specific machinery requirements, ensuring a perfect fit every time.

FAQ's of AC Disc Brake Liner:

Q: How is the AC Disc Brake Liner installed and is the process complicated?

A: The disc brake liner features an easy bolt-on installation process: simply align it with the standard brake assembly and secure it with bolts. No specialized tools or advanced mechanical skills are required, ensuring quick and straightforward setup.

Q: What type of machinery and vehicles is this brake liner compatible with?

A: This liner is compatible with EOT cranes, industrial cranes, and various material handling equipment that utilize standard AC disc brake assemblies. It is designed for industrial applications where robust and reliable braking is essential.

Q: When should I replace my current brake liner with this high-performance model?

A: Replace your existing brake liner when you observe reduced braking efficiency, increased stopping distances, or significant wear. Upgrading to this high-performance liner is also recommended for improved wear resistance and temperature tolerance in demanding operations.

Q: Where can this brake liner be used for optimal performance?

A: It is best used in industrial settings such as warehouses, factories, and construction sites, particularly on machinery that faces heavy loads and frequent stopping-like cranes and material handling systems.

Q: What are the main benefits of the rough grit surface and high hardness of this liner?

A: The rough grit surface maximizes friction, ensuring effective braking action, while the high hardness provides exceptional wear resistance. Together, they contribute to safer operation and longer service life, minimizing maintenance needs.

Q: How does the lining withstand high operating temperatures and heavy loads?

A: Made from durable asbestos or non-asbestos composites, this liner resists temperatures up to 350C and supports loading capacities up to 5 tons (depending on application), enabling reliable performance under intense operational conditions.

Tell us about your requirement