Graphite Rotor

Graphite Rotor Specification

Load Capacity
Varies by dimension and application

Operating Temperature
Up to 1600C

Used For
Degassing and stirring in foundry industry

Surface Treatment
Antioxidation coated

Features
Lightweight, precision balanced, high durability

Automation Grade
Manual/Automatic

Power Source
Manual or mechanical drive

Material
High Purity Graphite

Style
Rotor

Properties
High thermal conductivity, corrosion resistance, oxidation resistance

Capacity
Customizable as per requirement

Condition
New

Application
Aluminum and non-ferrous metal melting

Graphite Rotor Trade Information

Minimum Order Quantity
10 Pieces

FOB Port
Shanghai

Supply Ability
30000 Pieces Per Year

Delivery Time
30 Days

Sample Available
Yes

Sample Policy
Contact us for information regarding our sample policy

Packaging Details
Wooden cases

Main Export Market(s)
Asia, Australia, Central America, North America, South America, Eastern Europe, Western Europe, Middle East, Africa

Main Domestic Market
All India

About Graphite Rotor

Graphite Rotor For Aluminium Manufacturers

1.Thermal stability: special design to ensure the quality

2.Corrosion resistance: Even and fine matrix to postpone the corrosion

3.Impact resistance

4.Acid resistance : add special material to prolong the performance life

5.High thermal conductivity

6.No pollution to the metal: strict control to the raw material

7.Stable quality

Tailored for Demanding Foundry Operations

Our graphite rotor is meticulously designed for the intensive environments of aluminum and non-ferrous metal melting. With its customizable dimensions and minimal impurity content, it adapts easily to varied industrial requirements, delivering consistent performance and reliability where precision is paramount.

Built to Endure Extreme Conditions

Manufactured from high-purity graphite, this rotor boasts low porosity and exceptional resistance to corrosion and oxidation. The addition of an antioxidation coating extends its operational longevity, making it the preferred solution for high-temperature applications up to 1600C in foundries worldwide.

FAQs of Graphite Rotor:

Q: How does the graphite rotor contribute to the degassing and stirring process in foundry applications?

A: The graphite rotor efficiently promotes uniform mixing and removes dissolved gases from molten aluminum and other non-ferrous metals. Its precision-balanced design enhances the effectiveness of degassing and stirring, resulting in higher casting quality and reduced defects.

Q: What is the benefit of using high-purity graphite with low porosity for rotors in metal melting?

A: High-purity graphite with low porosity ensures excellent thermal conductivity and structural integrity. This composition minimizes oxidation and chemical reactions with molten metals, extending the rotors service life while maintaining performance in harsh environments.

Q: Where can this graphite rotor be used within the foundry industry?

A: This graphite rotor is suitable for aluminum and other non-ferrous metal melting facilities, specifically for degassing and stirring operations during casting. Its customizable design allows it to accommodate various furnace sizes and process requirements.

Q: What is the typical process for installing and operating the graphite rotor?

A: Installation involves fitting the custom-shaped rotor onto a drive mechanism, which can be manual or mechanical. The rotor is then lowered into molten metal, where it is rotated at controlled speeds to regulate mixing and degassing, following the foundrys operating procedures.

Q: When should the graphite rotor be replaced to ensure optimal performance?

A: Replacement is recommended once signs of excessive wear, deformation, or significant material loss are observed. Under proper operating conditions and with regular maintenance, the rotor offers a long service life, reducing the frequency of changeovers.

Q: What makes antioxidation coating important for this graphite rotor?

A: The antioxidation coating protects the rotor from rapid oxidation at high temperatures, preserving its structural and chemical stability. This feature is essential for applications involving prolonged exposure to molten metals and high heat, significantly enhancing product durability.

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