Magnesium Alloy Die-Cast Components
Manufactured using high-precision die-casting technology, featuring lightweight construction, high strength, and excellent dimensional stability—ideal for integrated molding of complex structures.
Key specifications
- Manufacturing route
- Magnesium alloy die casting; final process confirmed after drawing review
- Common alloys
- AZ91D, AM60B, AS41 or project-specific material
- Delivery condition
- As-cast, machined or finished parts depending on project
- Quality criteria
- Dimensions, appearance and agreed inspection requirements
- Project inputs
- 2D/3D drawings, material requirements, service conditions and forecast volume
Purchasing and Project Evaluation
Magnesium die-cast components should be selected against structural loads, service temperature, surface requirements and forecast volume. 12Matrix Mg can review drawings and application information to help define a suitable alloy, delivery condition and evaluation path.
Information to include with an RFQ
- 2D/3D drawings and critical dimensional tolerances
- Target alloy, or required strength, ductility, heat resistance and weight
- Service environment, surface treatment and assembly requirements
- Prototype quantity, annual demand and target schedule
- Inspection, packaging and shipping requirements
Delivery scope to evaluate
Depending on the project, the evaluation can cover as-cast parts, secondary machining, surface treatment and finished-part delivery. New projects are reviewed before tooling, prototype timing, production conditions and quotation are confirmed.
Quality and documentation
Dimensions, appearance, material and performance requirements should be agreed before ordering. If material certificates, dimensional reports or other project documents are required, list them in the RFQ.
Send your drawings and application details for a more accurate material, manufacturability and quotation review.
Applications
Lightweight automotive and new-energy vehicle structures, 3C electronics frames and housings, telecom and thermal-management enclosures, power-tool housings, robotics and automation structures, and other complex components requiring low weight and dimensional stability.
MOQ
Evaluated by drawing, tooling status, alloy and project requirements
Lead time
Confirmed after drawing and process review; new tooling and repeat orders evaluated separately
Packaging
Export packaging with moisture and impact protection, confirmed by part size and shipping method
FAQ
Which magnesium alloys are commonly used for die casting?
Common options include AZ91D, AM60B and AS41. AZ91D supports complex thin-wall casting, AM60B emphasizes ductility and impact energy absorption, and AS41 is considered when improved creep resistance at moderate temperature is required. Final selection depends on the part and service conditions.
Can magnesium die-cast parts be customized from drawings?
Yes, drawing-based project evaluation is available. Provide 2D/3D drawings, the target alloy or performance requirements, forecast volume, surface treatment and inspection needs for manufacturability and quotation review.
Can you evaluate machining and surface finishing after casting?
Secondary machining, surface treatment and finished-part delivery can be evaluated by project. The process route and acceptance criteria should be confirmed during technical review.
What are the MOQ and lead time for a new project?
MOQ and lead time depend on part size, tooling status, alloy, secondary operations and order volume. New-tooling projects and repeat orders are evaluated separately after drawing review.
What information is required for a quotation?
Provide drawings, application, material or performance requirements, surface treatment, critical tolerances, estimated annual volume, target schedule and inspection standards. Complete information improves material selection and quotation accuracy.
Need specifications, samples or a current quote?
Send us your alloy grade, dimensions, quantity and application.
Request a quote