Aluminum Degassing Graphite Rotor

Name: Aluminum Degassing Graphite Rotor
Brand: SiC Graphite
SKU: aluminum-degassing-graphite-rotor
Availability: InStock
Rating: 4.9 (24 reviews)

Anti-oxidation treated graphite rotors and shafts for molten aluminum degassing. Designed for long life and efficient hydrogen removal in foundries.

Target Buyer:Foundry procurement and metallurgical engineers.

Graphite rotor and shaft for aluminum degassing 1

Capability Highlights

Advanced anti-oxidation treatment
High thermal shock resistance
Optimized impeller design for bubble dispersion

Typical Applications

Aluminum Foundries
Molten Metal Degassing

Engineering Focus

Oxidation resistance coating
Rotor thread strength
Impeller geometry

Key Evaluation Matrix

Metric	Typical Range	Why It Matters
Service Life	30 - 60 days (varies by usage)	Reduces downtime and consumable costs.
Oxidation Resistance	Anti-oxidation treatment by melt temperature and cycle	Rotor life is usually limited by oxidation and attack near the liquid line.
Thread Engagement	Matched shaft and rotor-head thread design	Thread mismatch causes wobble, breakage, or difficult field replacement.
Bubble Dispersion	Impeller geometry matched to degassing practice	Gas dispersion efficiency affects hydrogen removal and melt quality.

Engineering Datasheet

Product-Level Technical Specifications

Values below are RFQ planning targets, not blanket guarantees. Final acceptance criteria should be frozen against drawings, process conditions, equipment model, and buyer qualification requirements.

Parameter	Target / Typical Scope	Engineering Note
Rotor assembly scope	Graphite shaft, rotor head, impeller, thread, coupling, and optional spare heads by drawing	Shaft and rotor head should be reviewed as an assembly when thread fit and balance affect service life.
Graphite grade	Fine-grain graphite selected by oxidation resistance, thermal shock, and molten aluminum exposure	Graphite grade and treatment determine liquid-line wear, neck breakage, and erosion behavior.
Anti-oxidation treatment	Impregnation or coating route defined for molten aluminum temperature, flux, and degassing cycle	Treatment depth and exposed graphite surfaces should be reviewed before service-life claims.
Thread and coupling interface	Metric, imperial, or machine-specific thread with engagement length and torque expectation	Thread failure or poor matching between shaft and head is a common premature failure point.
Impeller geometry	Blade count, outlet holes, head diameter, flow path, and bubble dispersion features by drawing	Geometry affects gas dispersion, hydrogen removal efficiency, and mechanical load.
Service condition	Molten aluminum temperature, rotation speed, gas type, flux exposure, and expected service interval	Service life varies widely unless the operating window and maintenance practice are stated.

Trace Impurity Review Table

Semiconductor programs should define restricted elements before sample production. The table helps procurement and process teams turn purity expectations into a measurable qualification file.

Element	Typical Limit	Why Controlled
Oxidation loss	Anti-oxidation route selected by temperature and exposure time	Oxidation near the liquid line is a leading cause of shaft thinning and breakage.
Thermal shock cracking	Preheat and operating procedure reviewed with graphite grade	Fast immersion and thermal cycling can crack rotors even when material quality is acceptable.
Thread damage	Visual and dimensional thread acceptance required	Damaged or mismatched threads increase wobble, assembly failure, and head loss risk.
Surface erosion / metal wetting	Reviewed by alloy, flux, chlorine-free process needs, and treatment route	Molten-metal chemistry and flux exposure drive rotor erosion and surface degradation.

RFQ Evidence Package

These records reduce ambiguity before sample approval and repeat-order release.

Rotor assembly drawing with shaft length, diameter, thread, coupling, head geometry, blade count, and gas path.
Service-condition sheet covering melt temperature, alloy, gas type, rotation speed, flux exposure, and target lifetime.
Graphite grade and anti-oxidation treatment route tied to liquid-line wear and thermal shock risk.
Thread and critical-dimension report for shaft/head matching and machine interface.
Packing photos protecting shaft straightness, thread ends, rotor heads, and labeled spare kits.

Equipment Compatibility Review

Compatibility should be treated as an engineering review, not a catalog claim. Equipment-family language helps buyers route the RFQ, while final production still depends on drawings, samples, coating allowance, and acceptance criteria.

Equipment Family	Compatible Part Scope	Buyer Validation Required
Aluminum rotary degassing units	Graphite shafts, rotor heads, impellers, threaded assemblies, and replacement consumable kits.	Confirm machine model, shaft length, thread, rotor head drawing, rotation speed, gas flow, and bath depth.
Foundry melt treatment lines	Anti-oxidation graphite rotors and shafts for ladles, crucible furnaces, and holding furnaces.	Confirm alloy family, melt temperature, flux exposure, preheat practice, target service life, and failure location.
Custom OEM degassing assemblies	Drawing-based graphite rotor assemblies with custom coupling, head, or impeller geometry.	Confirm 2D/3D drawing, mating drive interface, assembly balance needs, packing method, and spare strategy.

Open full OEM compatibility matrix

Product Selection Logic

Decision Factor	Selection Logic	Buyer Check
Melt-line attack	Select anti-oxidation treatment and shaft design around the most exposed liquid-line region.	Provide melt temperature, treatment cycle, and current breakage location.
Degassing efficiency	Rotor-head geometry must match gas flow and bubble dispersion requirements.	Send rotor drawing, shaft length, rotation speed, and gas flow assumptions.
Thread compatibility	Matched shaft and rotor-head threads reduce wobble and field replacement issues.	Specify thread standard and whether assembled or separate supply is preferred.

Manufacturing and QC Flow

Stage	Production / QC Checkpoint	Buyer Evidence
1. Degassing process review	Confirm melt temperature, rotor speed, gas flow, shaft length, and service-life target.	Rotor drawing, current lifetime, and failure photos.
2. Graphite and treatment route	Select graphite grade, anti-oxidation treatment, and shaft or head configuration.	Material and treatment proposal tied to molten-aluminum exposure.
3. Machining and assembly	Machine shaft, rotor head, thread, and impeller geometry for stable operation.	Dimensional and thread-fit inspection.
4. Surface and balance check	Review coating or impregnation surface, straightness, and assembled fit.	Visual check and assembly photos.
5. Export packing	Protect long shafts and rotor heads from bending, thread impact, and moisture.	Separated or assembled packing plan.

RFQ Checklist

Shaft length and diameter
Rotor head design (provide drawing)
Expected lifespan target

Risk Controls

Neck snapping at the liquid line: Reinforced shaft design and deep anti-oxidation impregnation.

Product Gallery

Graphite rotor and shaft for aluminum degassing 2

Graphite rotor and shaft for aluminum degassing 3

Graphite rotor and shaft for aluminum degassing 4

Graphite rotor and shaft for aluminum degassing 5

Anti-oxidation graphite rotor for molten aluminum degassing 1

Anti-oxidation graphite rotor for molten aluminum degassing 2

Anti-oxidation graphite rotor for molten aluminum degassing 3

Anti-oxidation graphite rotor for molten aluminum degassing 4

Buyer FAQ

Do you supply the shaft and rotor head together?

Yes, we supply them assembled or separately, with precision-matched threads.

What usually limits graphite rotor life in aluminum degassing?

Oxidation and attack near the liquid line are common limits, followed by thread mismatch, shaft bending, or rotor-head breakage.

Should the shaft and rotor head be ordered together?

Ordering together improves thread matching and balance, but separate supply is possible when the interface standard is clear.

What data improves rotor quotation accuracy?

Send shaft length, rotor-head drawing, melt temperature, rotation speed, gas flow, current lifetime, and failure photos.

Related Resources

Procurement Next Steps

Compare the full product portfolio before locking material architecture.
Match the part to a process solution for thermal-field and contamination constraints.
Review OEM capability controls for machining, coating, purification, and export packaging.
Send a drawing-based RFQ with process, material grade, tolerances, quantity, and delivery target.

Inquiry Email

[email protected]

Email app

Include process, product type, drawing status, purity/coating target, dimensions, quantity forecast, operating conditions, and delivery date.

Instant Chat

+8618857971991

Chat on WhatsApp

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