Import Alloy Ingots Adc12 — Buy in Bulk from Supplier in France

Alloy Ingots ADC12 from Soupin Jean Stephane are aluminum-silicon-copper casting alloys produced from verified aluminum scraps, cans, and engine waste, offering a sustainable source of material for industrial applications. The ingots are supplied with a production capacity of 5 to 30 tons per hour, allowing flexibility to match varying demand in manufacturing processes. Each batch is tested to ensure compliance with industrial standards for composition and performance in casting operations.

The ADC12 grade is a standard aluminum die-casting alloy containing approximately 11.5 to 12.5% silicon, 0.8 to 1.2% copper, and less than 1% of other elements like magnesium and zinc, delivering good castability and moderate strength. Typical use includes components for automotive and machinery industries where dimensional stability and corrosion resistance are required. The material is known for its fluidity during casting, which reduces defects and improves surface finish in complex parts.

These ingots are primarily used in the production of engine components, transmission housings, and structural parts for vehicles and industrial equipment. Buyers typically source ADC12 for projects requiring repeatable casting performance and consistent mechanical properties. Trade terms such as CIF and FOB are available, with packaging designed for bulk shipment to support large-scale manufacturing needs.

Soupin Jean Stephane is a France-based supplier specializing in aluminum alloy products, with a focus on sustainable sourcing from verified scrap materials. The company operates as an importer, providing industrial-grade ingots tailored for casting applications in sectors such as automotive and machinery.

The supplier’s profile indicates a harbor trust tier, reflecting a baseline level of verification for trade activities. While the response rate is currently unrecorded, the supplier’s commitment to tested batches and flexible production capacities demonstrates a structured approach to meeting industrial demand.