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SHRUTI ENGINEERING
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Our Products

Electromagnetic Disc Brake

Hydraulic Thruster Brake

Geared Motor

Foot Mounted Brake Motor

DC Brake

Helical Gear Brake Motor

Worm Reduction Gearbox

Single Phase Brake Motor

Helical Geared Motor

EOT Crane Hoist

Brake Drum , Brake Drum Coupling,

AC Solenoid Operated Brake

NMRV WORM GEAR BRAKE MOTOR

NXU GEAR BOX, NU GEAR MOTOR, NXU GEAR BRAKE MOTOR

ELECTRO HYDRAULIC THRUSTER

Brake Coil and Liner

Brake Coil and Liner Specification

Vehicle Type
Industrial/Heavy Vehicles

Thickness
Approx. 20-30 mm (based on visual estimation)

Pressure
High pressure resistance (suitable for demanding brake operations)

Shape
Round with central square cut-out

Material
High-grade friction material (as per industrial standard usage for brake liners)

Loading Capacity
Suitable for industrial brake systems (specific value not provided)

Diameter
Approx. 8-12 inches (based on image reference; specific value may vary)

Power
Not applicable for liner component

Voltage
Not applicable for liner component

Application
Industrial brake systems, elevators, hoists, cranes

Wear Resistance
High, designed for extended service life

Color
Grey

Usage
Elevator & Hoist Brake Assemblies, Crane Brakes, Winches, Lifting Equipment

Surface Finish
Rough/Cemented for maximum friction

Compatibility
Compatible with electromagnetic and mechanical brake systems

Mounting Type
Central square cut for shaft fitting

Temperature Resistance
Up to 350C (typical for brake liners)

Packaging Type
Box or Customized

About Brake Coil and Liner

We, Shruti Engineering, are an appreciated manufacturer, exporter and supplier of high quality Disc Brakes and Industrial Hoists. Offered range of products includes Foot Mounted Brake Motor, Disc Brake and Liner Brake.

Built for Industrial Demands

These brake liners are crafted for high-pressure, high-wear industrial environments such as cranes, elevators, and winches. Their square-cut central fitting ensures secure shaft installation, while the robust design supports continuous operation under challenging conditions.

Superior Friction and Longevity

With a rough or cemented surface, these liners provide exceptional friction, allowing for reliable braking even at elevated temperatures up to 350C. Enhanced wear resistance guarantees longer service intervals, reducing downtime and maintenance costs.

Versatile and Compatible

Our liners are suitable for both electromagnetic and mechanical brake systems, offering flexibility across a broad range of industrial applications. Their approximate diameter of 8-12 inches and thickness of 20-30 mm ensure compatibility with various industrial brake assemblies.

FAQ's of Brake Coil and Liner:

Q: How should the brake liner with central square cut be installed on industrial equipment?

A: The liner is designed for easy fitting onto the brake shaft, utilizing the central square cut-out to ensure a secure and precise alignment on the mounting shaft of the brake system.

Q: What benefits does the rough/cemented surface finish provide for brake liners?

A: A rough or cemented surface finish greatly increases friction, resulting in superior braking performance and safe stopping capabilities, which is especially critical in industrial and heavy vehicle applications.

Q: When is it advisable to replace the brake liner in elevator or hoist assemblies?

A: Replacement is required when the liner exhibits significant wear, reduced thickness, or diminished braking effectiveness. Extended service life means replacement frequency will be lower than standard liners, but routine inspection is still recommended.

Q: Where can these brake liners be used apart from elevators and cranes?

A: Beyond elevators and crane assemblies, they can be used in winches, hoisting machinery, and heavy-duty industrial lifting equipment that rely on electromagnetic or mechanical brake systems.

Q: What process ensures the high wear resistance of these brake liners?

A: The brake liners are manufactured from high-grade friction material, cemented or rough-finished for increased durability. This process enhances wear resistance, allowing for extended performance under intense operational stress.

Q: How does the liner's high pressure resistance benefit industrial brake operations?

A: High pressure resistance allows the liner to perform effectively during demanding braking operations, providing safer and more reliable stopping power in environments involving heavy loads and high operational stress.

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