Graphite Bush and Bearings

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MOQ : 1 Kilograms

Graphite Bush and Bearings Specification

Usage
Industrial

Material
Graphite

Product Type
Graphite Bush and Bearings

Hardness
70-90 HS

Color
Black

Density
1.70-2 Gram per cubic centimeter(g/cm3)

Graphite Bush and Bearings Trade Information

Minimum Order Quantity
1 Kilograms

Supply Ability
1000 Kilograms Per Week

Delivery Time
15 Days

About Graphite Bush and Bearings

Graphite bearings and seals of various types and dimensions:

At manufacture and application of the sliding and bearing graphite components, it is important to know the conditions under which the elements are to operate. It depends on temperature, chemical features of environment but also on the way of friction at application of the given component
Graphite seal circles and segments are utilized mainly in shaft gasket in water turbines, as well as in automobile radiators, steam heads of the paper, textile and chemical facilities
Graphite slide bearings are also chemically resistant, self-lubricant and not requiring maintenance. They are suitable for dry and wet friction
They are often impregnated by phenol-formaldehyde resin, paraffin or metal alloys (antimony, babbitt)

We offer this graphite products:

Slide bearings
Seal rings
Turbine segments

Product details

Bulk Density	1.70-2 g/cm2
Material	Graphite
Shore Hardness	70-90 HS
Porosity	1-3%
Compressive Strength	150-250 MPa

Exceptional Durability for Industrial Applications

Our graphite bush and bearings are engineered to provide long-lasting performance in industrial environments. Their superior hardness and density allow them to withstand continuous operation, even under high stress and extreme temperatures, reducing downtime and maintenance costs.

Trusted Supplier & Exporter from India

As a recognized exporter, importer, manufacturer, and supplier in India, we adhere to rigorous quality standards. We cater to a diverse clientele globally, ensuring reliable supply chains and consistent product excellence for various industrial needs.

FAQ's of Graphite Bush and Bearings:

Q: How are graphite bush and bearings manufactured?

A: Graphite bush and bearings are produced by molding and baking high-quality graphite powder to achieve the desired shape, hardness, and density. Subsequent machining ensures precise dimensions and surface finish tailored for industrial applications.

Q: What is the typical usage of graphite bush and bearings in industry?

A: These components are widely used in machinery where conventional lubrication is challenging, such as pumps, furnaces, and conveyor systems. Their self-lubricating nature ensures reliable operation in environments with high temperatures or corrosive elements.

Q: When should graphite bush and bearings be preferred over traditional metal bearings?

A: Graphite bush and bearings are preferred in situations where maintenance is difficult, high heat is present, or the risk of chemical corrosion is significant. Their ability to function without additional lubrication makes them ideal for such applications.

Q: Where can graphite bush and bearings be sourced from in India?

A: They can be sourced directly from established manufacturers, exporters, importers, and suppliers like us, who offer quality-certified products and support a variety of industrial sectors across India and globally.

Q: What is the process for ordering graphite bush and bearings for export?

A: Customers can contact our sales team to discuss specifications, quantities, and delivery requirements. We manage the entire export process, including packaging and documentation, to ensure timely and safe international shipments.

Q: How does the density of 1.70-2 g/cm3 benefit the performance of these components?

A: The specified density ensures that the bearings maintain optimal strength and resistance to wear, providing superior load-carrying capacity and a longer operational lifespan in industrial settings.

Q: What advantages do graphite bush and bearings offer over conventional alternatives?

A: They provide self-lubrication, high thermal stability, chemical resistance, and reduced maintenance needs, resulting in cost savings and improved equipment reliability in demanding industrial conditions.

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