Indonesia Al-Mg Spherical Alloy Powder
High-purity spherical Al-Mg alloy (50:50 / 60:40) with rapid burn rates, controlled particle size distribution (PSD 20-65μm), and maximum energetic efficiency.
Explore Specification & PricelistEngineered to satisfy demanding metallurgical, corrosion barrier, and energetic specifications across Jakarta, Surabaya, Cikarang, and Batam industrial corridors.
High-purity spherical Al-Mg alloy (50:50 / 60:40) with rapid burn rates, controlled particle size distribution (PSD 20-65μm), and maximum energetic efficiency.
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Super-leafing and non-leafing micronized aluminum flake powder designed for protective anticorrosive masterbatches, marine coatings, and autoclaved aerated concrete (AAC).
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Ultra-thin lamellar zinc flakes offering exceptional cathodic protection, heavy-duty coastal resistance, and hydrogen embrittlement-free coating performance.
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Synergistic Zn-Al alloy flake providing 3x the galvanic durability of pure zinc coatings. The benchmark additive for automotive underbody components and fasteners.
Explore Specification & PricelistA comprehensive examination of how Southeast Asia’s largest economy is transitioning from raw ore extraction toward high-value additive manufacturing and downstream fabrication.
Under the national industrial transition roadmap, production clusters in West Java (Bekasi, Karawang, Purwakarta) are scaling precision powder metallurgy (PM) for transmission sprockets, sintered oil-impregnated bushings, and specialized thermal heat-dissipating aluminum alloys for EV battery compartments.
Operating across 17,000+ islands, maritime installations, ports, off-shore oil exploration (Java Sea, Natuna), and bridges suffer aggressive chloride corrosion. This has accelerated the adoption of zinc-aluminum and flake-based corrosion barrier coatings conforming to extreme atmospheric durability standards.
Indonesian defense contractors and mining operations require steady supplies of atomized Al-Mg powders and heavy structural refractory alloys. Regulatory compliance (BPOM, Kemendag trade decrees) requires suppliers capable of delivering verifiable batch purity and seamless hazardous customs handling.
Understanding shifting technical requirements from aerospace, electronics thermal management, and precision industrial 3D printing.
Global procurement teams are abandoning irregularly shaped mechanically ground powders in favor of supersonic vacuum inert gas atomization (VIGA). Spherical morphology ensures high tap density, uninhibited flowability in automated dosing hoppers, and minimal internal porosity during laser powder bed fusion (LPBF).
Reactive light metals like aluminum and magnesium rapidly form passivation oxide shells under ambient tropical humidity. State-of-the-art Chinese synthesis utilizes automated closed-loop argon-jacketed stabilization to maintain active metal content above 99.2%, reducing blowouts and sintered density defects.
Modern sintered component manufacturers require customized cutoffs (e.g., D10, D50, D90) to eliminate satellite dust hazards and guarantee predictable melting dynamics. Our automated air classification units achieve strict Gaussian size distributions tailored to customer compaction dies.
Leveraging continuous intelligent refining, high-volume cost amortization, and specialized hazardous shipping networks across the South China Sea to Tanjung Priok & Tanjung Perak.
By pairing advanced vertical induction melt atomization with direct sea routes originating out of Shanghai, Qingdao, and Ningbo, Indonesian enterprises eliminate multi-tiered intermediary markups. Our direct integration provides Indonesian procurement departments with complete transparency: lot-specific ICP-OES elemental analysis, laser diffraction PSD plots, and verifiable IMDG Class 4.1 / 4.3 dangerous goods customs declarations that clear Indonesian customs without demurrage bottlenecks.
Market reference FOB/CIF figures based on volume procurement contracts. Actual prices fluctuate according to LME raw material movements, packaging specs, and customization parameters.
| Material Category | Typical Purity / Assay | Particle Size (D50) | Standard Packaging | Indicative Price Range (USD/MT) | Main Indonesia Target Application |
|---|---|---|---|---|---|
| Atomized Al-Mg Alloy Powder | Al:Mg (50:50 / 60:40) >99.0% | 35 – 75 μm | 25kg / 50kg Argon Drums | $4,800 – $6,200 | Specialized energetic chemicals & metallurgy |
| Flake Aluminum Powder | Active Al >95.0% | 15 – 45 μm | 25kg Steel Drums with Liner | $3,600 – $4,500 | AAC block manufacturing & protective paints |
| Zinc Flake Powder | Zn >98.5% | 8 – 18 μm | 25kg Iron Drum with Nitrogen | $4,200 – $5,400 | Automotive Dacromet & marine fastener coatings |
| Flake Zn-Al Alloy Powder | Zn:Al (85:15 / 90:10) | 10 – 25 μm | 25kg Sealed Drums | $4,900 – $6,400 | Heavy-duty infrastructure anti-corrosion |
| Atomized Spheroid Al Powder | Al >99.7% | 15 – 53 μm (3D Print) | Inert Argon Sealed Canisters | $5,100 – $7,200 | Additive manufacturing & thermal spray |
| Sulfur Hexafluoride (SF6) | Purity ≥ 99.999% (5N) | Gas Phase (IEC 60376) | 40L / 50L Certified Cylinders | $14.50 – $22.00 / kg | PLN High-voltage GIS switchgear substations |
| Liquid Rubber (HTBS / CTBN) | High functionality, low moisture | Liquid Viscous Resin | 200L Steel Drum / IBC | $7,200 – $11,500 | Resin toughening, aerospace & structural sealants |
| Tricalcium Phosphate (TCP) | Food / Industrial Grade ≥ 98% | Sub-micron to 325 mesh | 25kg Multi-ply Paper Bags | $1,100 – $1,650 | Ceramics, anti-caking agent & food fortification |
All-in-one catalog for procurement directors handling diversified raw material supply lines across ASEAN.
High-sphericity aluminum powder engineered for thermal spray deposition and metal 3D printing. Superior flow rate and uniform laser absorption.
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Bespoke multi-element alloyed formulations manufactured to precise customer proportions. Compatible with pressing, sintering, and hot isostatic pressing (HIP).
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High dielectric strength insulating gas conforming to IEC 60376. Essential for gas-insulated switchgear (GIS) substations across Indonesian power grids.
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Hydroxyl-terminated liquid polymer used as an impact modifier for advanced composite binders, high-performance rocket propellants, and waterproof elastomeric coatings.
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Ultra-fine calcium phosphate compound used as an anti-caking agent, biological ceramic precursor, and mineral enrichment compound for industrial chemistry.
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Inert blanket gas for metallurgy furnace protection, chemical purging, and packaging stabilization of moisture-reactive metal powders. 99.999% purity available.
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Broad molecular weight spectrum (PEG 400 to 6000) serving as a lubricity binder in ceramic powder pressing, lubricants, and specialized moisture barriers.
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Carboxyl-terminated butadiene-acrylonitrile copolymer offering dramatic fracture resistance and peel adhesion enhancement in automotive and structural epoxy matrices.
View Product DetailsDelivering high-reliability material performance across specialized local production sectors.
Tier-1 suppliers in the Karawang International Industrial City (KIIC) deploy our atomized spherical aluminum and zinc alloy powders to produce self-lubricating bronze-aluminum bushings, brake components, and anti-vibration rubber-to-metal bonding agents.
Open-pit coal and gold extraction rigs in East Kalimantan face severe acidic mine drainage and humid mud slurries. Coating formulations fortified with our flake Zn-Al alloy powders provide durable galvanic passivation on slurry pipelines and structural chassis.
Indonesian infrastructure expansion depends on autoclaved aerated concrete (AAC) blocks utilizing specialized gas-generating aluminum flake powders. Concurrently, regional aerospace and energetic pyrotechnic formulators source our 50:50 spherical Al-Mg alloy powders for controlled combustive velocity.
Answers to technical, regulatory, and logistics inquiries from regional procurement teams.
Certain fine metal powders (particularly pure aluminum and magnesium categorized under HS Code Chapter 7603 and 8104) are subject to trade monitoring (Lartas) and require an Import Approval (Persetujuan Impor - PI) issued by the Ministry of Trade (Kemendag), paired with a Surveyor Report (Laporan Surveyor - LS) completed at the port of origin. YANXA assists Indonesian buyers by providing accurate pre-shipment inspections, HS code harmonizations, and full batch certificates to streamline customs clearance at Tanjung Priok and Tanjung Perak.
Equatorial humidity presents a distinct risk for fine reactive alloys. We pack all moisture-sensitive aluminum-magnesium and zinc powders in hermetically sealed, heavy-gauge polyethylene internal bags with active desiccant pouches, backfilled with dry industrial argon gas, and encased within heavy-gauge UN-certified steel drums (1A2/Y1.5/150). This packaging prevents ambient moisture ingress and maintains initial active metal assay levels across long tropical storage periods.
Yes. Our ultrasonic gas atomization system allows tight modulation of alloy compositions (including custom Al-Mg, Zn-Al, and Cu-Sn balances) and tailored classification cutoffs. Whether your press tooling requires a sub-20μm envelope for high surface finish or a wider 45-106μm distribution for optimal die filling, we formulate powders to your precise technical data sheet.
Standard catalog grades (such as standard mesh aluminum flakes and zinc powders) are maintained in inventory and can be dispatched to Shanghai or Ningbo ports within 3 to 5 business days. Direct ocean transit to Jakarta (Tanjung Priok) requires approximately 10 to 14 days, resulting in a typical door-to-port turnaround of approximately 18 to 22 calendar days under standard bill of lading conditions.
Yes, we provide representative 500g to 5kg trial samples accompanied by full lot-specific Certificates of Analysis (COA) for line trial qualification. Because flammable metal powders are categorized as dangerous cargo (IMDG Class 4.1 / 4.3), sample courier transportation must follow authorized airfreight dangerous goods channels.
Whether you require a custom particle size distribution, immediate spot quote, or complete regulatory technical dossiers (COA / SDS / TDS), our metallurgy engineers are ready to support your production line.