Industrial Friction Material

Industrial Friction Material Specification

Shape
Circular ring with internal spline

Vehicle Type
Industrial equipment only

Thickness
Approx. 10 mm

Pressure
Works under high operational pressure

Material
High Friction Composite with Steel Core

Loading Capacity
Suitable for heavy-duty industrial machinery

Diameter
Approx. 200 mm

Power
Mechanical power transmission use

Application
Industrial machinery, clutch and brake systems

Color
Black outer surface, metallic inner core

Wear Resistance
High durability under continuous operation

Noise Level
Low during engagement and disengagement

Mounting Type
Spline fit with locking mechanism

Temperature Resistance
Up to 350C

Surface Finish
Precision-machined

Usage
Frequent start-stop and high torque applications

Corrosion Resistance
Enhanced by coated metal surfaces

Industrial Friction Material About

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.

Advanced Material Engineering

Constructed from a high friction composite combined with a steel core, this product guarantees longevity and reliable power transfer. Its high-durability composition is specifically designed for intense industrial tasks requiring frequent engagement and disengagement.

Precision Design for Superior Performance

The spline fit with a locking mechanism ensures precise installation, while the precision-machined surface promotes consistent, low-noise operation under heavy operational pressures. Its circular shape and coated steel guarantee optimal compatibility and corrosion resistance.

FAQ's of Industrial Friction Material:

Q: How is this industrial friction material mounted onto machinery?

A: The friction material is mounted using a spline fit with a secure locking mechanism, ensuring stable and precise alignment within clutch and brake systems.

Q: What are the primary applications of this friction component?

A: It is primarily used in heavy-duty industrial machinery, particularly in clutch and brake systems that demand frequent start-stop cycles and high-torque performance.

Q: When should I choose this type of friction material for my equipment?

A: You should select this friction material when your application requires exceptional wear resistance, frequent engagement cycles, high-temperature endurance, and reliable power transmission under high pressure.

Q: Where is this friction material commonly used?

A: This product is commonly found in industrial equipment only, especially in high-demand sectors where robust clutch and brake systems are essential.

Q: What is the manufacturing process behind this material?

A: The material is produced using advanced composite techniques, integrating a high friction surface with a steel core, finished with precision machining and a corrosion-resistant coating for maximum durability.

Q: How does this friction material enhance operational benefits?

A: Its high durability, low noise output, and ability to handle elevated temperatures and pressures improve machinery lifespan, reduce downtime, and optimize operational efficiency in industrial environments.

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