Graphite Rods

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MOQ : 1 Pack

Graphite Rods Specification

Usage
Industrial

Material
Graphite

Application
Industrial, Electrical Discharge Machining (EDM), Laboratory, Furnace, Electrolysis

Chemical Composition
High Purity Carbon (C) content, typically >99%

Shape
Round

Product Type
Graphite Rods

Hardness
Shore D 48-52

Length
12-18 Inch (in)

Density
1.85 Gram per cubic centimeter(g/cm3)

Oxidation Resistance
Moderate (Recommended for use in non-oxidizing atmospheres)

Color
Dark grey to black

Length Available
100mm to 1500mm

Thermal Conductivity
Excellent

Operating Temperature
Up to 3000C (in inert or vacuum atmosphere)

Flexural Strength
25-60 MPa

Electrical Conductivity
High (Resistivity: 8-13 m)

Compressive Strength
60-160 MPa

Water Absorption
Negligible

Diameter Range
2mm to 100mm

Surface Finish
Smooth or Machined

Graphite Rods Trade Information

Minimum Order Quantity
1 Pack

Supply Ability
1000 Packs Per Week

Delivery Time
15 Days

About Graphite Rods

With our immense domain expertise, we have been affianced to offer a quality-assured range of Graphite Rods that is cherished for their extreme rigidity. The offered rods are suitable for both roughing and finishing EDM applications. These rods are manufactured by our adroit professionals using quality-assured graphite and modern manufacturing machines. Further, the provided rods are also stringently tested on set quality parameters to ensure their flawlessness. Moreover, we are offering these Graphite Rods in various lengths and diameters to meet the diverse demands of clients.

Features:

Robust construction
Durable finish standards
Dimensional stability
High tensile strength
High strength
Corrosion resistance
High mechanical strength

Product details

Compressive	65Mpa
Material	Graphite
Shape	Round
Length	12-18 inch
Diameter	30-50 mm

Exceptional High-Purity Graphite Rods

Our graphite rods are crafted from high-purity carbon, typically greater than 99%, ensuring top-tier conductivity and mechanical strength. Designed for use at extreme temperatures up to 3000C in controlled atmospheres, they are ideal for a variety of industrial and laboratory processes where both precision and durability are paramount.

Versatile Solutions for Critical Industries

Available in an array of diameters and lengths, these rods support myriad applications such as Electrical Discharge Machining (EDM), furnace components, electrolysis cells, and laboratory experiments. Their excellent thermal properties and low water absorption make them suitable for challenging environments where reliability is crucial.

FAQ's of Graphite Rods:

Q: How are these graphite rods typically used in industrial applications?

A: These graphite rods are widely employed in industrial sectors for applications like Electrical Discharge Machining (EDM), high-temperature furnaces, electrolysis, and laboratory research. Capitalizing on their superior thermal and electrical conductivity, they are often chosen for roles involving heat and electricity transfer or as structural components in inert or vacuum environments.

Q: What benefits do high-purity graphite rods offer over conventional materials?

A: High-purity graphite rods provide exceptional thermal and electrical conductivity, outstanding stability at temperatures up to 3000C (in non-oxidizing conditions), and excellent machinability. Their negligible water absorption and smooth or machined surface enhance durability, making them superior for precise industrial and scientific use.

Q: When is it recommended to use graphite rods with moderate oxidation resistance?

A: Since these rods offer moderate oxidation resistance, they should be utilized primarily in non-oxidizing (inert or vacuum) atmospheres, especially at high temperatures. This reduces the risk of oxidation and prolongs the rod's life during critical processes such as furnace operations or laboratory analysis.

Q: Where are graphite rods ideally applied in laboratory or industrial settings?

A: Graphite rods are best applied in environments requiring high temperature stability and conductivity, such as in EDM processes, furnaces, electrolysis setups, and scientific laboratories. Their robustness and precision make them a popular choice in settings where accuracy and reliability are essential.

Q: What is the process for shaping and finishing these graphite rods?

A: These rods can be supplied with either a smooth or machined finish based on client requirements. Machining is performed with precision tools to customize diameter and length (ranging from 2mm to 100mm and 100mm to 1500mm, respectively) to meet exact application needs, ensuring seamless integration into existing systems.

Q: How does the high compressive and flexural strength benefit users?

A: With compressive strengths of 60-160 MPa and flexural strengths between 25-60 MPa, these rods offer enhanced durability and load resistance. This makes them particularly advantageous in demanding industrial conditions where mechanical integrity and longevity are crucial.

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