Engineered for tight particle size distribution (PSD), ultra-low satellite formation, and high packing density across demanding consolidation routes.
Delivering unmatched spherical sphericity, low interstitial dissolved oxygen, and tailored sub-sieve classification through proprietary Japanese engineering controls.
Primary high-purity aluminium ingots (99.7% to 99.99%) are melted under controlled atmospheres. Induction stirring ensures precise thermodynamic equilibrium and complete dissolution of alloying elements (Si, Mg, Cu, Zn, Sc, Zr) while suppressing dross formation and hydrogen entrapment.
Liquid metal streams exit a temperature-regulated ceramic nozzle directly into high-velocity inert nitrogen or argon gas jets. Operating at Mach numbers > 2.0, the shearing kinetic forces induce primary and secondary liquid break-up into micro-droplets with surface tension driving perfect sphericity during cooling.
Ultra-fast cooling rates (10⁴ to 10⁶ K/s) suppress solute segregation, refining grain boundaries and microstructures. Controlled introduction of trace oxidants yields a stable, chemically uniform 2–4 nm amorphous oxide passivation film, preventing explosive pyrophoricity while preserving downstream wettability.
Resolving critical engineering trade-offs between packaging density, rheological fluid dynamics, and sintering kinetics for top-tier OEMs.
Additive manufacturing requires extreme flowability, high apparent density, and low Hall Flow rates (e.g., AlSi10Mg, Scalmalloy, 7075). Our air-classification routes virtually eliminate internal trapped porosity and hollow satellites, eradicating keyhole defects and microcracking in laser sintering.
High-voltage automotive battery packs demand high bulk thermal dissipation without driving resin viscosity beyond dispense limits. By tailoring multimodal multimodal particle distributions (e.g., combining 5μm, 20μm, and 50μm), we achieve over 85% filler loading in silicones and epoxies with superior dielectric reliability.
Replacing heavy ferrous parts in brake rotors, aerospace brackets, and avionics, our powders provide exceptional interfacial bonding with SiC, B₄C, and graphene nanoparticles. The tight sizing spectrum ensures homogeneous dispersion during solid-state blending and hot isostatic pressing (HIP).
Aligning next-generation atomization protocols with global carbon neutrality and high-stress operational parameters.
Direct liquid-phase functionalization applying single-molecule organosilane coatings to mitigate hydrogen generation upon water exposure, unlocking water-based green processing.
R&D of multi-principal element aluminium formulations capable of operating at elevated service temperatures (>350°C), bypassing traditional creep limitations.
Closed-loop ultrasonic acoustic pyrometry to automatically tune gas-to-melt pressure ratios in real time, locking standard deviation across batches to sub-micron thresholds.
Full closed-circuit recycling of high-purity nitrogen and argon gas arrays, powered by renewable grid resources to meet EU CBAM carbon tariff requirements.
International logistics execution backed by rigorous ISO frameworks and stringent Dangerous Goods (DG) maritime packaging protocols.
Operating under ISO 9001:2015 and ISO 14001:2015 certs with certified production safety licensing. Every lot is analyzed via Malvern Mastersizer Laser Diffraction for PSD, LECO instrumentation for interstitial gas (O, N, H) evaluation, and SEM for morphology verification. Complete COAs accompany each shipment.
Compliant handling of regulated materials: Uncoated grades under UN1396 (Hazard Class 4.3, Water-Reactive) and coated powders under UN1309 (Hazard Class 4.1, Flammable Solids). Sealed in nitrogen-purged steel drums with inner barrier hermetic liners ensuring dry transatlantic and transpacific transit.
With direct logistics corridors to Southeast Asia, Europe, and North America, our technical engineering office provides dedicated account management. We assist formulation specialists in custom binder burn-off, debinding profiles, surface coating compatibility, and powder reusability qualification.
Key metallurgical, compliance, and custom specification answers for industrial procurement teams.
Gas atomization produces uniform, perfectly spherical powder with smooth morphology and minimal satellites, essential for fluid flowability, high packing density, and low binder consumption in 3D printing and TIMs. Mechanical milling yields irregular or flake morphology with high surface dislocation density and higher interstitial oxidation.
For standard grades (such as pure spherical aluminium or AlSi10Mg), trial samples (1–10 kg) ship within 3–5 working days. Custom alloys involving specific non-standard dopants (e.g., Al-Sc, Al-Zr, high-copper series) typically carry an MOQ of 500 kg to 1,000 kg with an atomization and testing turnaround of 3 to 4 weeks.
Yes. Leveraging multi-stage Alpine turbo air-classifiers, we configure tight customized PSD fractions, including 0–20μm, 15–45μm, 20–63μm, or specialized bimodal distributions designed to maximize tap density without secondary sieving at your facility.
Every export shipment includes a 16-section compliant SDS (GHS format), Batch Certificate of Analysis (COA), Dangerous Goods Declaration (DGD), Packing Certificate, and certified UN Packaging Performance Test Reports for maritime clearance through all major global container hubs.
Select from our precision formulations for additive consolidation, brazing chemistry, and thermally conductive compound compounding.
