A413 aluminium gietlegering

What Is A413 Aluminum Casting Alloy?

Linsy A413 is a hypereutectic aluminum-silicon die casting alloy prized for its exceptional fluidity and pressure tightness. Highly resistant to hot tearing, it provides good corrosion resistance and is an ideal choice for intricate, thin-walled parts. A413 is primarily used in the as-cast condition and requires no heat treatment for its strength.

Available A413 Aluminum Products

Linsy supplies A413 in the forms most useful for foundries and component buyers. Standard and custom dimensions are available; contact our team for non-listed sizes.

Formulier	Typical Size / Specification	Common Use
Die casting	Per drawing; wall 0.8–5 mm	Intricate thin-wall dies
Sand casting	Per drawing	Lower-volume parts
Permanent-mold casting	Per drawing	Structural components
CNC-machined casting	Tolerances per ISO 2768	Finished parts

A413 Specifications & Equivalent Designations

The tables below list the alloy’s common commercial and standard designations. Cross-references follow widely used naming systems; verify the exact designation required for your target market.

System	Benaming
Former / trade style	A413
AA (Aluminum Association)	A413
NL	EN AC- series (market dependent)
ASTM	ASTM B26 / B85 (castings), B179 (ingot)

Chemical Composition of A413 Aluminum

Composition limits below follow common casting-alloy standards. Values are weight percent, balance aluminum. Confirm exact limits against your required specification.

Element	Content (wt.%)
Si	11.0–13.0
Fe	2.0 max
Cu	1.0 max
Mn	0.35 max
Mg	0,10 max
Zn	0.50 max
Ni	0.50 max
Anderen, elk	0,05 max
Overige, totaal	0,15 max
Al	Rest

Mechanische eigenschappen per hardingsgraad

The values below are typical room-temperature properties for the indicated condition and should be confirmed against mill test data for your specific casting and heat treatment. Casting method, section thickness, and cooling rate affect results.

Temper	Treksterkte (MPa)	Opbrengststerkte (MPa)	Rek (%)
F (as-cast)	240–295	130–155	1.5–3.5

Gids voor het kiezen van de juiste temperatuur

Choose the temper based on your priority between strength, ductility, and dimensional stability:

Temper	When to Use
F (as-cast)	As-cast, no heat treatment. Best economy and dimensional stability for die and sand castings.

Key Characteristics of A413 Aluminum

Exceptional Fluidity

The high silicon content gives A413 outstanding die-filling capability for the most intricate shapes.

Hot-Tear Resistance

Resists cracking during solidification, enabling large thin-wall sections.

Corrosiebestendigheid

Good atmospheric and general corrosion resistance for indoor and light-outdoor use.

Algemene toepassingen

• Automotive transmission cases
• Intricate electronic housings
• Street light fittings
• Furniture castings
• Parts requiring pressure tightness

Opmerkingen over bewerking en oppervlakteafwerking

A413 is normally die cast and used as-cast (F). It is not heat treated. Machining uses carbide tooling given the high silicon; painting and plating are common finishes. Anodizing is limited by silicon content.

Kwaliteitsdocumenten en inspectie

Every A413 shipment is delivered with an MTC (material test certificate) covering chemical composition and mechanical properties as ordered. Dimensional inspection and third-party verification (e.g. SGS report, available on request) can be arranged. Our production system is managed under ISO 9001, ISO 14001, and ISO 45001.

Why Choose Linsy for A413 Aluminum

Linsy operates a Shenzhen-based aluminum manufacturing facility with over 20 years of experience across the 1000–8000 series and a broad range of casting grades. We support both ingot supply and finished cast components with in-house CNC machining, polishing, and anodizing.

• Custom casting method, temper, and dimension support
• MTC with every order; SGS report available on request
• CNC machining, laser cutting, polishing, and anodizing under one roof
• Responsive RFQ turnaround for engineering buyers

Gerelateerde bronnen

• Aluminum Casting Alloy Selection Guide [VERIFY — replace with Linsy blog]
• Die Casting vs Sand Casting for Aluminum [VERIFY — replace with Linsy blog]
• Heat Treatment of Cast Aluminum Alloys [VERIFY — replace with Linsy blog]

A413 Aluminum FAQ

A413 vs A380 — what is the difference?

A413 has higher silicon (11–13% vs 7.5–9.5%) for better fluidity and thin-wall capability, but lower strength than A380. Choose A413 for intricacy, A380 for strength.

Is A413 heat treated?

No. A413 is used as-cast (F) and gains its properties from composition and die-cast process alone.

Veelgestelde vragen over bestellingen in het algemeen

What is the typical lead time for casting alloy orders?

For standard ingot and common sand/permanent-mold castings, typical lead time is 10–60 days depending on temper, quantity, and any required machining or surface finishing. Confirm exact timing with our sales team when requesting a quote.

Do you provide mill test certificates (MTC)?

Yes. Every shipment is supplied with an MTC (material test certificate / inspection report) covering chemical composition and mechanical properties as ordered.

Can Linsy supply custom casting sizes and tempers?

We support custom dimensions, casting method selection, heat treatment (F, T4, T5, T6 as applicable), and downstream CNC machining, polishing, and anodizing. Share your drawing or spec and we will quote against it.

Which standards do your casting alloys meet?

Our casting alloys are produced and inspected against widely recognized standards such as ASTM B26/B85 and EN 1706. Specific designation cross-references are listed on each product page; confirm the exact standard requirement for your market when ordering.

How should I request a quote?

Use the RFQ form or contact our sales team with alloy, temper, form, dimensions, quantity, and required certificates. Our engineers will respond with availability and pricing.