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Magnesium ingot delivers high‑purity Mg for efficient alloying and casting. It features stable composition, low trace elements, and predictable melting. Production and logistics operate under IATF 16949:2016, ISO 9001:2015, ISO 14001:2015, and ISO 45001:2018, supporting consistent supply, short lead times, and dependable documentation.
We supply 99.90%, 99.95%, and 99.98% Mg. Each lot ships with a COA and impurity mapping (Fe, Cu, Ni, Si). Surface condition is controlled to limit oxidation during handling. These grades help control melt chemistry and reduce inclusion risk.
On request, AZ91D, AM60B, and other casting grades are available where predictable strength, ductility, and corrosion resistance are required.
Clean edges, uniform weight, and easy stacking support smooth furnace charging and inventory control in continuous‑melt operations.
Small pieces enable precise additions to aluminum melts and help set Mg content in 5xxx‑series production and similar alloying tasks.
Custom cuts are available. Moisture‑controlled packaging reduces oxidation and handling loss and can be matched to charging systems and safety protocols.
Used to produce 5xxx‑series and related Al‑Mg alloys, improving strength‑to‑weight ratio, corrosion resistance, and formability for sheet, extrusion, and marine profiles.
Pure Mg and alloy grades support light‑weight components for automotive, electronics, and tooling, with rapid melt‑in and dimensional stability.
High purity material suits metallurgical additions, trials, and R&D where repeatability and low impurity baselines are important.
Supply is managed under IATF 16949, ISO 9001, ISO 14001, and ISO 45001 to maintain quality, environmental care, and occupational safety.
Each lot is traceable from raw material to finished ingot. COA, impurity profiles, and dimensional checks are provided with sampling aligned to industry practice.
Surface conditioning, shrink‑wrapped pallets, and dry packaging help protect the metal against oxidation and moisture pickup, supporting safer handling and cleaner melts.
Multiple production bases and regional warehouses maintain stable inventory for bulk orders and short lead times for standard and customized requests.
Eight distribution centers in key regions enable rapid fulfillment and fast shipment, reducing downtime and improving planning for alloying operations.
Export‑ready packaging, palletization, and documentation simplify import clearance and furnace‑ready deployment.
This material integrates with aluminum master alloys and alloying tablets to enable precise multi‑element dosing (Mg, Mn, Ti, etc.) and faster melt homogenization.
Use alongside refining and degassing fluxes to lower hydrogen and inclusions, improving surface finish and mechanical properties of aluminum products.
Magnesium has low density and a moderate melting temperature, dissolving rapidly in aluminum and magnesium melts with lower energy demand and shorter cycle times.
Store ingots in dry, ventilated areas away from corrosive atmospheres. Use appropriate PPE and follow recommended charging procedures for safety and consistent alloying results.
Specify purity (99.90%, 99.95%, 99.98%), ingot size or dosing pieces, and preferred surface condition to suit your melt practice. Flexible packaging can match shop‑floor requirements. Contact us to request a quote or discuss custom cuts.
Request COA, test reports, and conformity statements with each shipment to support internal audits and customer requirements.
It is cast magnesium metal supplied in standardized forms for alloying and casting, valued for light weight and rapid melt‑in.
Select based on target Mg content, impurity tolerance, and casting process. Higher purity helps reduce inclusions and stabilize mechanical properties.
Products in this category are configured for alloying efficiency and melt cleanliness, with alignment to aluminum melt practices and integration with tablets, master alloys, and flux solutions.
