Alongside specialized refractory chromium metal powders, our facility provides synchronized deliveries of critical industrial catalysts, functional modifiers, and specialized atomized powders certified to global aerospace and semiconductor standards.
A technical examination of metallurgical extraction, interstitial gas deoxidation, morphology tailoring, and sieve fractioning that govern powder performance in extreme environments.
Derived from high-purity chromic oxide (Cr₂O₃) reacted with refined aluminum powder under controlled exothermic conditions. Provides standard industrial purities (99.0%–99.4%) with irregular, angular particle morphology ideal for mechanical interlocking in friction linings, hot isostatic pressing (HIP), and diamond abrasive bonding matrices.
Grade: ATR-990Produced via aqueous electrodeposition from hexavalent or trivalent chromium electrolyte baths to form high-purity electrolytic flakes, followed by high-vacuum hydrogen degassing at elevated temperatures. Exhibits purities of 99.8% to 99.95% (3N8 to 4N) with ultra-low interstitial elements (O < 300 ppm, N < 50 ppm, C < 100 ppm), essential for sputtering targets.
Grade: ELEC-HPEngineered via electrode induction melting inert gas atomization (EIGA) or plasma spheroidization. Delivers perfectly spherical powder particles (spheroidicity > 96%) with superior Hall flow rates (< 18 s/50g) and high apparent density. Tailored specifically for Laser Powder Bed Fusion (L-PBF), Direct Energy Deposition (DED), and high-velocity plasma spraying.
Grade: AM-SPHER| Standard Powder Grade | Purity (Cr Base) | Typical Interstitial Impurities | Particle Morphology | Primary Sieve Distribution (PSD) | Primary Industrial Use-Case |
|---|---|---|---|---|---|
| Cr-99-ATR (Aluminothermic) | ≥ 99.20% | O: 0.35%, Fe: 0.25%, Al: 0.20%, Si: 0.08% | Angular, Blocky, Irregular | -60+325 Mesh / 45–250 μm | Hardfacing rods, cermet binders, thermite metallurgy |
| Cr-99.5-HP (Vacuum Degassed) | ≥ 99.60% | O: 0.12%, N: 0.015%, C: 0.01%, S: 0.005% | Acicular, Crushed Platelet | -100 Mesh / -200 Mesh / < 75 μm | Vacuum interrupters, gas turbine thermal barrier undercoats |
| Cr-99.8-ELEC (High Purity) | ≥ 99.85% | O: < 400 ppm, N: < 50 ppm, Fe: < 200 ppm | Polygonal, Deagglomerated | Custom D50 (15–45 μm / 5–25 μm) | PVD sputtering targets, semiconductor thin film barrier |
| Cr-SPH-AM (Gas Atomized) | ≥ 99.50% | O: < 600 ppm, N: < 80 ppm, C: < 0.02% | Gas-Atomized True Spherical | 15–53 μm (SLM), 45–106 μm (DED/Spray) | Additive manufacturing, high-temperature corrosion cladding |
Oxygen and nitrogen embrittlement represent the greatest hazard in refractory powder applications. In our manufacturing facilities, chromium ingots and electrolytic flakes undergo high-temperature vacuum deoxidation and secondary gas purification under high-purity argon (Ar 6N). This ensures our wholesale partners receive powder lots with consistent ductility, repeatable laser absorptivity during additive printing, and defect-free bonding in plasma thermal spray depositions.
Navigating global supply chain volatility, raw material mineral reserves, geopolitical compliance, and the structural shift toward high-performance metallurgical applications.
With global chromite ore reserves centered primarily in South Africa, Kazakhstan, Turkey, and Zimbabwe, wholesale procurement requires robust risk-hedged sourcing. YANXA operates continuous long-term upstream reserve partnerships, insulating international tier-1 buyers from geopolitical bottlenecks and energy-intensive smelter curtailments.
Upstream SecurityThe green transition heavily relies on chromium-containing alloys for next-generation nuclear reactors (SMRs), solid oxide fuel cells (SOFC interconnects), and hydrogen gas combustion turbines. YANXA delivers stabilized, low-carbon footprint chromium powder fractions tailored for thermal cycling up to 1,150°C without premature spallation.
Energy TransitionThe consumer electronics and architectural glass coating sectors require large planar and rotary Cr sputtering targets. Sintered targets from our high-purity (≥ 99.8%) electrolytic chromium powder achieve theoretical density exceeding 99.2%, reducing particle flaking, arc discharges, and film micro-voids during high-yield optical and low-E glass deposition.
Target MetallurgyEnsuring end-to-end regulatory adherence, UN certified hazardous cargo handling, REACH certification, and customized packaging configurations for overseas destinations.
Full compliance with European REACH regulation (EC No 1907/2006) for imported metal powders. Zero inclusion of restricted SVHCs, providing complete chemical certification for EU tier-1 aerospace suppliers.
EU StandardsFine-mesh metal powders present combustibility risks. Our powders are hermetically packaged in UN-certified steel drums (25kg to 100kg net), vacuum-sealed with aluminum barrier bags and purged with argon to prevent pyrophoric oxidation.
UN Class 4.1 SafeEvery shipped batch is supplied with an auditable Certificate of Analysis (COA) detailing ICP-OES elemental assay, LECO interstitial gas measurements (O, N, H, C, S), and laser diffraction PSD graphs (Malvern Mastersizer 3000).
ISO 9001:2015Experienced chemical dispatch via ocean freight (FCL/LCL) under IMDG regulations, direct air freight with IATA compliance, bonded warehouse inventory reservation, and custom clearing assistance across North America, Europe, and APAC.
Global FreightChromium metal powder plays a non-substitutable role across severe industrial operating conditions where hot corrosion, erosion, and electrical arcing converge.
Medium-to-high voltage vacuum circuit breakers require sintered Copper-Chromium (CuCr75/25, CuCr50/50) electrical contacts. Using ultra-clean, degassed electrolytic chromium powder ensures low chopping currents, exceptional dielectric withstand strength, and resistance to severe arc-induced contact erosion in power grid substations.
Switchgear & TransmissionGas turbine blades, boiler tube walls, and industrial rolls suffer severe degradation from molten salts and oxidizers. Blended or clad Cr-CrC-NiCr powders deposited via High-Velocity Oxygen-Fuel (HVOF) or Atmospheric Plasma Spray (APS) create dense, low-porosity protective barriers resisting catastrophic sulfidation attack up to 900°C.
Surface HardfacingIn vacuum induction melting (VIM) of nickel-based and cobalt-based superalloys (such as Inconel 718, Nimonic, and Hastelloy), high-purity chromium powder acts as an elemental alloying agent. The exact particle grading enables rapid dissolution without density segregation, ensuring uniform grain-boundary passivation in aviation turbines.
Aviation AlloysAnticipating the technological requirements of industrial manufacturing over the 2026–2035 timeframe through investments in atomization, particle nano-engineering, and alloy design.
The transition toward multi-principal element alloys (e.g., FeCoCrNiMn) requires chromium powder with tight chemical stoichiometry and extremely low carbon and sulfur trace inclusions. YANXA is co-developing spherical atomized HEA pre-blends that exhibit cryogenic fracture toughness combined with exceptional high-temperature yield strength.
Phase: Pilot ScaleFor diamond tool matrices and high-density powder injection molding (MIM), conventional coarse mesh sizes limit sinterability. Our R&D team has engineered sub-micron (D50 < 2.5 μm) de-agglomerated chromium powders that lower liquid-phase sintering temperatures by up to 140°C, drastically curbing grain coarsening.
Phase: CommercializedTo reduce scope 3 emissions and meet European circular economy benchmarks, YANXA is advancing hydrogen plasma arc recovery technologies that reclaim chromium from retired PVD targets and grinding swarf, restoring 99.8% metallurgical purity with a 65% reduction in embodied carbon footprint.
Phase: Sustainability R&DDirect answers from our senior metallurgical engineers addressing common questions regarding particle sizing, safety data, minimal order quantities, and custom grading.
Explore our full range of specialty gases, functional liquid polymers, and high-purity inorganic salts manufactured under strict ISO 9001 quality management systems.
