Magnesium Alloy Rod-Cut Granules Supplier
Precision-cut from magnesium alloy rods into uniform cylindrical granules for consistent Thixomolding and semi-solid injection molding feedstock
Precision-cut from magnesium alloy rods into uniform cylindrical granules for consistent Thixomolding and semi-solid injection molding feedstock
Mg-Series Magnesium Alloy Particles (Granules / Pellets)
Mg-Series Magnesium Alloy Particles (Granules / Pellets)
Product Code: MG-PP Series
Specifications:
Particle Size: Ø3–8 mm × 3–10 mm
Typical Size: Ø6 × 6 mm
Cutting: Precision-cut from magnesium alloy rod/billet
Shape: Cylindrical granules
Size Tolerance: Typically ±0.2 mm
Alloys: AZ91D, AM60B, ZK Series
Custom Size: Available according to feeding system and process requirements
Standards:Manufactured in accordance with international magnesium alloy standards
(Alloy chemistry referenced to ASTM B93/B93M where applicable. )
Certifications:
SDS (MSDS) available
REACH compliant / TSCA compliant
Commercial Terms:
MOQ: 100 kg
Delivery Time: 7–25 working days
Price: Based on magnesium market price + processing cost (quoted upon inquiry)
Payment Terms:
T/T, L/C
Supply Capacity:
300 tons/month
Optional Services:
Fluorination treatment (anti-oxidation)
Ultrasonic cleaning
Vacuum nitrogen-filled packaging
Engineering Assessment
For high-volume Thixomolding, particle consistency can significantly influence process stability and component quality. Round Bar -cut magnesium alloy particles are generally preferred where tighter control of particle size, surface condition, and melting behavior is required.
Typical Engineering Considerations
Particle size tolerance: ≤ ±0.2 mm
Precision-Cut Cylindrical Granules for stable feeding
Low surface oxide content
Chemical composition compliant with ASTM B93
Potential Process Risks
Wide particle size variation may result in non-uniform melting and inconsistent mold filling.
Feed bridging risk significantly increases for particles >5.0mm.
Semi-solid processing without adequate inert gas protection may increase oxidation and handling risks.
Typical Applications
High-volume Thixomolding
Thin-wall 3C electronic housings
Lightweight automotive structural components
Engineering Note
Feedstock selection should be based on component geometry, process capability, quality requirements, and production volume. Material suitability is typically verified through process trials and production validation rather than material specifications alone.
Real-world Mistakes
Common Pitfall: Using crushed chips or irregular granules to reduce procurement costs.
The Cost: Irregular particles can cause screw jams, inconsistent feeding, and increased material waste.
Engineering Action: Enforce Precision Particles (±0.2mm tolerance) to maximize OEE and process stability.
Supply Integrity
Aikerly does not just deliver material; we deliver Equipment OEE (Overall Equipment Effectiveness):
Core Process: Proprietary cutting lines utilize physical shearing instead of thermal melting, preserving the material's original mechanical properties.
Specifications: Full range of 3–8 mm particles covering AZ91D, AM60B, and ZK61M alloys.
Capacity: Modular production supports stable output of 300–700 kg/h, ensuring a 7–25 day rapid response for volume orders.
Quality Audit: Rigorous quality control processes are applied to every batch, maintaining alignment with industry best practices and standards.
Start Your Manufacturing
To prioritize high-value projects, we offer the following professional channels:
Feasibility Audit (Complimentary): Submit your equipment parameters and CAD drawings (.STEP) for a professional compatibility assessment.
Request a Quote (RFQ): Flexible pricing from 100 kg trial batches to 100-ton industrial-scale supply.
NDA Commitment: All proprietary designs and project details are protected under professional Non-Disclosure Agreements.