Graphite Rods Blocks & Crucibles

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MOQ : 1 Piece

Graphite Rods Blocks & Crucibles Specification

Usage
Industrial

Material
Graphite

Application
Industrial, Laboratory, Metallurgical Processes, Casting, Chemical Processes

Chemical Composition
Carbon (C) > 99%

Product Type
Graphite Rods Blocks & Crucibles

Shape
Rod, Block, Crucible

Hardness
45-55 HSD

Color
Black

Density
1.85 Gram per cubic centimeter(g/cm3)

Oxidation Resistance
Moderate (improved with coatings)

Custom Size Availability
Yes

Surface Finish
Smooth or Fine Finish

Machinability
Excellent, easy to cut or shape as required

Flexural Strength
10-20 MPa

Porosity
Low

Thermal Conductivity
High

Compression Strength
30-60 MPa

Max Working Temperature
Up to 3000C (in inert atmosphere)

Electrical Conductivity
Excellent

Color
Dark Grey to Black

Graphite Rods Blocks & Crucibles Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
1000 Pieces Per Week

Delivery Time
15 Days

About Graphite Rods Blocks & Crucibles

We have marked a distinct and dynamic position in the market by providing a high quality array of Graphite Rods Blocks & Crucibles. Our offered range is availed in a variety of sizes, dimensions and other such specifications to choose from. The offered blocks are precisely designed at our highly advanced manufacturing unit following industry defined guidelines. The offered range can also be availed from us at the industry leading prices.

Features:

Sturdiness
Accurate dimensions
Light-weight

Versatile Solutions for Complex Applications

Designed for a wide range of high-temperature applications, our graphite products are ideal for laboratory work, metallurgical processing, chemical handling, and industrial casting. Their high strength and fine surface finish ensure durability, precise performance, and versatility.

Engineering Precision with Custom Fabrication

We offer graphite rods, blocks, and crucibles in custom sizes to match your specific requirements. Thanks to their excellent machinability, our products can be easily shaped or cut for unique industrial demands. Get the exact dimensions you need for seamless integration in your processes.

Dependable Performance in Extreme Conditions

Engineered to withstand intense environments, our graphite products can operate at temperatures up to 3000C in inert atmospheres. Their robust structure and improved oxidation resistance with coatings ensure longevity even in the most demanding settings.

FAQ's of Graphite Rods Blocks & Crucibles:

Q: How are graphite rods, blocks, and crucibles used in industrial and laboratory settings?

A: These graphite components are commonly used as containers, electrodes, molds, and structural parts in laboratories, chemical processing plants, and metallurgical furnaces due to their high thermal and electrical conductivity and resistance to extreme temperatures.

Q: What are the advantages of using high-density graphite in casting and metallurgical processes?

A: High-density graphite offers excellent strength, low porosity, and a smooth surface finish, which ensures minimal contamination, uniform heat distribution, and long service life during casting and metallurgical operations.

Q: When should I consider using graphite with surface coatings for oxidation resistance?

A: Surface coatings are recommended when graphite components will be exposed to oxidizing environments at elevated temperatures. Coatings enhance the moderate oxidation resistance of graphite, prolonging the lifespan of your equipment.

Q: Where can custom-sized graphite rods, blocks, or crucibles be obtained?

A: As a manufacturer, exporter, and supplier based in India, we provide custom fabrication services, enabling you to order graphite products tailored precisely to your required sizes and shapes, ensuring optimal fit for your applications.

Q: What is the process for machining graphite rods or blocks to specific dimensions?

A: Graphite's excellent machinability allows it to be easily cut, milled, or shaped with standard industrial equipment, enabling the manufacturing of complex geometries and fine finishes as per custom requirements.

Q: How does high thermal conductivity benefit graphite crucibles in high-temperature applications?

A: The high thermal conductivity of graphite crucibles allows for efficient heat transfer during processes such as metal melting and chemical reactions, promoting uniform temperatures and energy efficiency in industrial operations.

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