Die-casting alloy route
Describe whether primary magnesium is alloyed in-house or supplied to another melt step.
Discuss this application →Application guide
Magnesium Ingots for Die Casting
A qualification guide for discussing primary magnesium feedstock used in die-casting alloy preparation.
Application guide
This page is a technical discussion guide, not a claim of existing customer supply, process approval or guaranteed performance. Final suitability must be confirmed by the buyer against its process, standard and trial.
Application guide
Application objective
Confirm the die-casting alloy route, melt practice and impurity controls before selecting the magnesium feedstock.
Process-fit discussion
- 01
Describe whether primary magnesium is alloyed in-house or supplied to another melt step.
- 02
Confirm purity, critical impurities, ingot format and surface condition.
- 03
Define bundle protection, storage, sampling, inspection and traceability.
RFQ
Confirm before quotation
A qualification guide for discussing primary magnesium feedstock used in die-casting alloy preparation.
Purity and impurities
Confirm purity, critical impurities, ingot format and surface condition.
Discuss this application →Ingot condition
Define bundle protection, storage, sampling, inspection and traceability.
Discuss this application →Insights
Related knowledge
How die-casting buyers can specify primary magnesium ingots by alloy route, impurity limits, melt practice, packing and inspection.
- Name the alloy and production route
- Control critical impurities
- Align ingot format and inspection with melt operations
A procurement comparison of Mg99.95 and Mg99.90 magnesium ingots, including purity, impurity review, applications, documents and RFQ fields.
- Select the grade from the downstream process
- Review individual impurity limits
- Confirm the applicable standard and COA fields
A buyer guide to reading magnesium ingot COAs, comparing grade limits, identifying critical impurities and defining sampling and acceptance.
- Match the COA to the ordered grade
- Review each critical element
- Confirm sample identity and test method
A sourcing-oriented overview of where magnesium alloys may support automotive lightweighting and what primary-metal buyers should verify.
- Component design determines material value
- Primary metal is upstream of alloy qualification
- Automotive sourcing requires traceability and process evidence
A buyer checklist for magnesium ingot bundles, pallets, markings, dry storage, container planning, inspection and shipment documents.
- Confirm bundle construction before quotation
- Keep ingots dry and traceable
- Inspect packing and container condition before dispatch
A complete RFQ checklist for semi coke and magnesium ingot buyers covering application, specification, quantity, packing, destination, inspection and terms.
- State the application before requesting price
- Use measurable specification fields
- Include delivery and inspection scope
Clarify product identity, batch, indicators, sampling, inspection responsibility and document timing before an industrial material order.
- COA
- Inspection
- Sampling
Learn to compare indicators, units, minimum and maximum limits, ranges, grades, size and order notes without mixing product data.
- Specifications
- Units
- Procurement
RFQ
Magnesium Ingots for Die Casting
A qualification guide for discussing primary magnesium feedstock used in die-casting alloy preparation.