07315121653

SHRUTI ENGINEERING
GST : 24BADPK0923N1ZS

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

Electromagnetic Brake Lining

Electromagnetic Brake Lining Specification

Thickness
Approx. 10 mm

Pressure
Supports up to 30 bar

Vehicle Type
Industrial vehicle/machinery

Shape
Round

Material
Friction Material with Steel Backing

Loading Capacity
Suitable for standard electromagnetic brake systems

Diameter
Approx. 150 mm

Power
Compatible up to 24V DC power brakes

Voltage
24V DC

Application
Industrial machinery, automation equipment, robotics

Lining Bonding
Riveted

Operating Temperature Range
-20C to 120C

Weight
Approx. 800 grams

Surface Finish
Machined

Wear Resistance
High

Mounting Type
Internal gear type

Friction Coefficient
0.36

Noise Level
Low

Color
Black with metallic center

About Electromagnetic Brake Lining

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.

Robust Construction for Demanding Environments

Built with a friction material bonded to a steel backing and a riveted structure, this brake lining ensures durability and strength. Its robust configuration makes it suitable for high-intensity industrial operations, delivering stable and reliable performance.

Designed for Efficient Performance

With a friction coefficient of 0.36 and a machined surface finish, this brake lining provides efficient stopping power with minimal noise. Its high wear resistance extends service intervals, saving on maintenance and ensuring continuous operation in critical systems.

Flexible Applications Across Industries

From robotics to industrial vehicles and machinery, this lining accommodates a broad array of applications. Its operating range of -20C to 120C and compatibility with 24V DC electromagnetic brake systems make it a versatile component for automation and industrial environments.

FAQ's of Electromagnetic Brake Lining:

Q: How is the Electromagnetic Brake Lining installed in equipment?

A: This brake lining is mounted using the internal gear type, ensuring a secure and precise fit within standard electromagnetic brake systems. Installation typically involves bolting or riveting onto the corresponding brake assembly.

Q: What are the main advantages of using this brake lining in industrial applications?

A: The main benefits include high wear resistance, low operational noise, and consistent performance across a wide temperature range (-20C to 120C). It also offers reliable friction and supports pressures up to 30 bar, making it suitable for demanding environments.

Q: When should the brake lining be replaced?

A: Replacement is recommended when visible wear, reduced braking efficiency, or surface damage is observed. Inspection intervals should align with equipment usage, but the high wear resistance of this lining generally ensures extended service life.

Q: Where can this brake lining be applied?

A: It is designed for use in industrial machinery, automation equipment, robotics, and industrial vehicles. Its versatile specifications make it compatible with most standard electromagnetic brake systems operating on 24V DC power.

Q: What is the process of bonding the lining to the backing?

A: The friction material is riveted to a steel backing, creating a robust and secure bond that withstands mechanical stresses and extends the lining's service life.

Q: How does the brake lining's material composition contribute to its performance?

A: The combination of specialized friction material and a steel backing provides high durability, effective heat dissipation, and reliable friction, contributing to efficient braking and long-term stability.

Q: What benefits does the machined surface finish offer?

A: A machined surface finish enhances friction consistency, reduces initial run-in time, and supports smooth, reliable braking. This feature is crucial for minimizing maintenance and optimizing system performance.

Tell us about your requirement