Import Acme Spherical Stainless Steel Alloy Powder — Buy in wholesale FOB from Supplier in China

ACME Spherical Stainless Steel Alloy Powder is a gas-atomised powder produced by ACME Corp at its facility in Changsha, Hunan Province, China, for applications in additive manufacturing and powder metallurgy. The powder exhibits spherical morphology achieved through controlled inert gas atomisation, delivering the flow characteristics essential for consistent layer deposition in laser powder bed fusion and electron beam melting systems. ACME Corp reports annual turnover exceeding 300 million yuan across its industrial heating equipment and powder production divisions. The stainless steel designation indicates a corrosion-resistant iron-chromium-based alloy, though the specific grade, whether austenitic 316L, martensitic 17-4PH, or another variant, must be confirmed directly with the supplier to ensure compatibility with end-use requirements.

The material typically contains chromium at 10.5% minimum for stainless classification, with nickel, molybdenum, and other alloying elements varying by grade and intended performance. Gas atomisation produces a distribution of particle sizes with accompanying satellites and occasional hollow particles, known as satellites and entrapped gas porosity, which affect final component density and fatigue performance. Standard quality parameters for this product category include apparent density, tap density, Hall flow rate, and angle of repose, none of which are specified in the source data. The powder should be supplied with argon protection and low moisture content to prevent pre-alloy degradation. ACME's integration of powder production with its vacuum heat treatment equipment lines suggests potential for in-house annealing or solution treatment capability, though this requires supplier confirmation.

Target buyers include additive manufacturing service bureaus, medical implant manufacturers, chemical processing equipment fabricators, and aerospace component producers requiring corrosion resistance combined with structural integrity. The spherical morphology specifically suits automated powder handling systems where uniform flow prevents nozzle clogging and layer irregularities. Trade specifics including minimum order quantity, unit pricing, EXW factory or port-based Incoterms, and production lead times are absent from the available information and must be negotiated with ACME Corp directly. The Changsha location provides access to central Chinese logistics networks, with Shanghai and Shenzhen ports as probable export gateways for international shipment.

ACME Corp is headquartered in the Muyun Industrial Zone, Changsha, Hunan Province, China, operating from postal address 410118. The supplier holds a harbour trust tier designation, with response rate and average response hours both recorded at zero, indicating no historical buyer interaction data or inactive monitoring on the platform. The company's stated focus centres on technology innovation and professional service delivery across industrial heating equipment sectors, with powder production representing an extension of this equipment manufacturing heritage rather than a standalone commodity operation.

The supplier profile indicates specialisation in C and SiC composites industrial heating equipment, vacuum heat treatment equipment, powder metallurgy industrial heating equipment, cemented carbides equipment, and Fe and Cu based PM equipment, alongside 3D printing powders including this stainless steel alloy powder. No workforce figures, facility accreditations, or named customer references appear in the source data. Buyers should independently verify ISO 9001 quality management certification, environmental compliance, and any industry-specific qualifications such as NADCAP or medical device manufacturing registrations. The Changsha location positions ACME within China's established industrial corridor, with proximity to raw material suppliers and domestic transport infrastructure, though specific export licensing and customs brokerage capabilities require direct confirmation.