Alloys

Datablad

6 av 13 bekreftet

Metals: Aluminium and zinc
Feedstock form: Ingot from established suppliers
Aluminium supplier: Metallco, Toten, Norway — secondary aluminium realloyed against international standards
Aluminium melting point: 660 °C
Aluminium casting temperature: 680–700 °C
Alloy selection: Made together with the customer, as part of the design review
Aluminium alloys, pressure die casting: Oppgis på forespørsel
Aluminium alloys, gravity: Oppgis på forespørsel
Zinc alloys: Oppgis på forespørsel
Customer-specified alloy: Oppgis på forespørsel
Material certificate: Oppgis på forespørsel
Melt and batch traceability: Oppgis på forespørsel
Recycled content: Oppgis på forespørsel

Legeringer

Betegnelse	Vanlig navn	Strekkfasthet [MPa]	Flytegrense [MPa]	Forlengelse [%]	Hardhet [HB]
EN AC-46000	AlSi9Cu3	240	140	1	80
EN AC-44300	AlSi12	240	130	1	60
EN AC-42100	AlSi7Mg0,3	170	90	2.5	55
EN AC-42100 T6	AlSi7Mg0,3 T6	290	210	4	90
ZP0410	Zamak 5	330	230	7	91
ZP0400	Zamak 3	280	200	10	82

Materialdata er standardverdier fra legeringsstandardene, ikke målinger på våre egne deler.

Aluminium and zinc casting alloys

Aluminium and zinc — and what separates them where it matters.

Designers specify by alloy designation, not by metal. “Aluminium” is not a specification; EN AC-46000 is. The alloy decides what the part will take, whether it can be heat treated, how thin a wall will fill and how the surface behaves under paint or anodising.

Alloys

6 av 13 bekreftet

Alloys

Metals: Aluminium and zinc
Feedstock form: Ingot from established suppliers
Aluminium supplier: Metallco, Toten, Norway — secondary aluminium realloyed against international standards
Aluminium melting point: 660 °C °C
Aluminium casting temperature: 680–700 °C °C
Alloy selection: Made together with the customer, as part of the design review
Aluminium alloys, pressure die casting: Available on request
Aluminium alloys, gravity: Available on request
Zinc alloys: Available on request
Customer-specified alloy: Available on request
Material certificate: Available on request
Melt and batch traceability: Available on request
Recycled content: Available on request

Material data

Alloys and material data

Six entries cover practically everything we cast: three aluminium alloys and two zinc alloys, with one aluminium alloy listed both as cast and heat treated, because the difference is large enough to be two different materials in practice.

Got a material requirement? Send it in

Aluminium 4

Betegnelse	Vanlig navn	Tetthet [g/cm³]	Strekkfasthet [MPa]	Flytegrense [MPa]	Forlengelse [%]	Hardhet [HB]	Typisk bruk
EN AC-46000	AlSi9Cu3	2.75	240	140	1	80	The most common European die casting alloy. Brackets, housings and fittings in general industry, where strength and cost matter more than corrosion resistance and appearance.
EN AC-44300	AlSi12	2.65	240	130	1	60	Parts with thin walls and complex geometry, and parts living in damp or marine environments. The best-flowing of the three.
EN AC-42100	AlSi7Mg0,3	2.68	170	90	2.5	55	Gravity cast parts that will be heat treated. This row shows the condition before heat treatment — see the next row for T6.
EN AC-42100 T6	AlSi7Mg0,3 T6	2.68	290	210	4	90	Load-bearing brackets and structural parts where strength and fatigue properties are critical. This is the combination behind the heat treated bracket in our portfolio.

Sink 2

Betegnelse	Vanlig navn	Tetthet [g/cm³]	Strekkfasthet [MPa]	Flytegrense [MPa]	Forlengelse [%]	Hardhet [HB]	Typisk bruk
ZP0410	Zamak 5	6.6	330	230	7	91	The stronger of the two common zinc alloys. Brackets and fittings that carry load, and parts that will be tapped.
ZP0400	Zamak 3	6.6	280	200	10	82	The standard zinc die casting alloy. Housings, covers and visible parts where dimensional stability and surface matter most.

Aluminium data: EN 1706. Zinc data: typical published values for the as-cast condition (ASTM B86 / EN 12844). None of the figures are measured on parts cast here. The “Run here” column reads “To be confirmed” until we have confirmed which alloys are actually in production.

Reading guide

How to read the table

Tensile strength (Rm) is the stress at which the part breaks. Yield (Rp0.2) is the stress at which it starts to deform permanently — and that is usually what you design against, not Rm.
Elongation (A) tells you how tough the alloy is. Low elongation means brittle: the part breaks without bending first. Zinc has substantially higher elongation than die cast aluminium.
Density decides the weight of the part. The same geometry weighs 2.4 times more in zinc than in aluminium — and since we price on metal weight, that feeds straight into the part price.
The values apply to standard test bars. A real part with varying wall thickness and some porosity normally sits lower. If you have a critical strength calculation, say so — then samples have to be taken from a real part, not read off a table.

Which of these alloys we run day to day is being confirmed. If you have a requirement on the drawing, state the designation in your enquiry — and we will tell you whether we run it, whether we can bring it in, or whether we would propose something else.

We cast in aluminium and zinc. The feedstock arrives as ingot from established suppliers, and the aluminium is secondary aluminium — remelted metal from car parts, beverage cans and facade products, supplied from Metallco at Toten in Norway, where aluminium scrap is realloyed into full casting alloys against international standards.

The alloy is chosen together with you. If you have a requirement on the drawing, we follow it. If you only have a functional requirement — “it must take 4 kN and live outdoors” — we propose an alloy as part of the review.

Which specific designations we run day to day is not published yet. On the alloy table you will find the most relevant standard alloys with material data from the alloy standards, clearly marked as to what is a standard value and what is confirmed here.

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