DC Brake Liner

DC Brake Liner Specification

Vehicle Type
Industrial Machinery, Not for Automotive Use

Pressure
High Compressive Strength to withstand heavy braking force

Shape
Round with Centre Splines

Thickness
10 mm (Standard, can be customized as per requirement)

Material
Friction Material with Steel Inserts

Loading Capacity
Suitable for Heavy Duty Braking Applications

Diameter
Approximately 150 mm (as typical for medium size DC brake liners; verify actual size as needed)

Power
Compatible with DC Operated Brake Systems (Typically 24V, 48V, 110V, 180V, 220V DC)

Voltage
24V to 220V DC (Depending on brake specifications)

Application
Electric Motors, Cranes, Hoists, Material Handling Equipments, DC Brake Motors

Features
High Wear Resistance, Long Life, Non-Asbestos Material

Color
Black Liner with Metallic Core

Brand Compatibility
Suitable for leading DC Electromagnetic Brake Systems

Surface Finish
Machined

Mounting Type
Splined Hub Fitting

Temperature Resistance
Up to 300C

DC Brake Liner About

Country of Origin	Made in India
Vehicle Type	Industrial
Packaging Type	Carton Box
Material	Aluminium
Thickness	30MM
Brand/ Manufacturer	Shruti
Abestos	Non-Asbestos

OD 150

HUB BORE 32,34,35,38,P

HUB LENGTH 30

TEETH 26

We are engaged in presenting an extensive range of EOT Crane Brake Liner to our clients. Moreover, clients can buy these liners at competitive prices.
Features:
Longer service life
Lightweight
Excellent in work

Exceptional Heat Resistance and Durability

Built with premium friction material and steel inserts, this DC brake liner withstands temperatures up to 300C, providing reliable performance under intense braking conditions. Its high wear resistance ensures extended service life, reducing the need for frequent replacements in continuous operations.

Precision Engineering for Heavy-Duty Use

Machined for a flawless surface finish and splined hub fitting, this liner is ideally suited for medium to large DC brake systems in various industrial settings. Its round shape with center splines ensures secure mounting and efficient operation under high compressive forces.

Wide Compatibility and Safety Compliance

This brake liner is compatible with all leading DC electromagnetic brake systems operating within 24V-220V DC. Its non-asbestos composition aligns with modern safety standards, making it an environmentally friendly and safe choice for industrial machinery-not for automotive use.

FAQ's of DC Brake Liner:

Q: How is the DC brake liner mounted onto machinery?

A: The DC brake liner is designed with a splined hub fitting, which allows easy and secure attachment to compatible brake systems used in electric motors, cranes, hoists, and other industrial equipment.

Q: What are the temperature and voltage specifications of this brake liner?

A: This brake liner resists temperatures up to 300C and operates reliably with DC voltages ranging from 24V to 220V, depending on the specific brake system requirements.

Q: When should I consider replacing the brake liner?

A: Replacement should be considered when there is noticeable wear or reduction in braking efficiency. Thanks to its high wear resistance and long life, this liner supports extended periods between maintenance intervals under standard industrial use.

Q: Where is this brake liner most commonly used?

A: It is extensively used in industrial machinery such as DC brake motors, cranes, hoists, and material handling equipment-ideal for scenarios that require dependable heavy-duty braking performance.

Q: What process is used to manufacture this brake liner?

A: The brake liner is produced from advanced friction materials reinforced with steel inserts, then precision machined for a smooth finish and accurate fit within brake systems.

Q: How does the non-asbestos material benefit users?

A: The non-asbestos composition ensures user safety and environmental compliance while maintaining excellent frictional properties and longevity during high-stress braking.

Q: What is the main benefit of using this DC brake liner in industrial applications?

A: The principal benefit is its ability to provide consistent, high-strength braking under demanding conditions, ensuring stability, safety, and longevity in critical industrial operations.

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