Anticorodal-50
Anticorodal-50 / AlSi5Mg (RHEINFELDEN ALLOYS) | Sand and gravity die casting
Manufacturer-reported values. Do not use as certified design allowables. View sources ↗
| Temper | Wall | Yield MPa | Tensile MPa | Elong. % |
|---|---|---|---|---|
| F · Sand casting | Not specified | 100–130 | 140–180 | 2–4 |
| T4 · Sand casting | Not specified | 150–180 | 200–270 | 4–10 |
| T6 · Sand casting | Not specified | 220–290 | 260–320 | 2–4 |
| F · Gravity die casting | Not specified | 120–160 | 160–200 | 2–5 |
| T4 · Gravity die casting | Not specified | 160–190 | 210–270 | 5–10 |
| T6 · Gravity die casting | Not specified | 240–290 | 260–320 | 2–7 |
F condition: Original-supplier performance interval. Sand/gravity data include separately cast and casting-extracted specimens (p. 75). No wall thickness is stated for the main range; parenthetical casting minima at wall ≤20 mm are separate observations.
T4 condition: Original-supplier performance interval. Sand/gravity data include separately cast and casting-extracted specimens (p. 75). No wall thickness is stated for the main range; parenthetical casting minima at wall ≤20 mm are separate observations.
T6 condition: Original-supplier performance interval. Sand/gravity data include separately cast and casting-extracted specimens (p. 75). No wall thickness is stated for the main range; parenthetical casting minima at wall ≤20 mm are separate observations.
F condition: Original-supplier performance interval. Sand/gravity data include separately cast and casting-extracted specimens (p. 75). No wall thickness is stated for the main range; parenthetical casting minima at wall ≤20 mm are separate observations.
T4 condition: Original-supplier performance interval. Sand/gravity data include separately cast and casting-extracted specimens (p. 75). No wall thickness is stated for the main range; parenthetical casting minima at wall ≤20 mm are separate observations.
T6 condition: Original-supplier performance interval. Sand/gravity data include separately cast and casting-extracted specimens (p. 75). No wall thickness is stated for the main range; parenthetical casting minima at wall ≤20 mm are separate observations.
Chemical composition
Only reviewed weight-percent bounds are listed. A blank bound means only the other threshold was reported.
Original-supplier handbook p. 21 and pp. 76–81 describe this branded AlSi5Mg grade; the product page and technical PDF are the same issuer. No generic AlSi5Mg equivalence is inferred. Main mechanical ranges have no stated wall thickness. P. 75 limits bracketed casting minima to walls up to 20 mm. Summary-table fatigue has no cycle count or stress ratio, so it remains separately labeled observations. REACH ingredient disclosure ranges are not ingot specification limits.
| Element / source label | Minimum wt% | Upper wt% |
|---|---|---|
| Si | 5.0 | 6.0 |
| Fe | — | 0.15 |
| Cu | — | 0.02 |
| Mn | — | 0.1 |
| Mg | 0.4 | 0.8 |
| Zn | — | 0.1 |
| Ti | — | 0.2 |
Physical and thermal properties
| Property | Reported value | Unit | Condition |
|---|---|---|---|
| density | 2.67 | kg/dm³ | Supplier physical summary; heat-treatable alloy in heat-treated state; test temperature not separately reported |
| youngs modulus | 65–75 | GPa | Supplier physical summary; heat-treatable alloy in heat-treated state; test temperature not separately reported |
| thermal expansion | 23 | 10⁻⁶/K | Supplier physical summary; heat-treatable alloy in heat-treated state; 20–200 °C |
| thermal conductivity | 1.5 | W/(K·cm) | Supplier physical summary; heat-treatable alloy in heat-treated state; 20–200 °C |
| electrical conductivity | 21–26 | MS/m | Supplier physical summary; heat-treatable alloy in heat-treated state; temperature not separately reported |
| electrical conductivity | 36.0–45.0 | %IACS | Supplier physical summary; heat-treatable alloy in heat-treated state; temperature not separately reported |
| linear shrinkage | 1.1–1.2 | % | Supplier physical summary; heat-treatable alloy in heat-treated state; sand casting; temperature not separately reported |
| linear shrinkage | 0.8–1.1 | % | Supplier physical summary; heat-treatable alloy in heat-treated state; gravity die casting; temperature not separately reported |
| melt solidification range | 550–625 | °C | Supplier melt and solidification range; includes partial-melting onset from segregation in cast structure |
| density | 2.67 | g/cm³ | Manufacturer REACH technical information, 2015 version 2; stated at 20 °C; product form not further specified |
| melting range | 550–625 | °C | Manufacturer REACH technical information, 2015 version 2; modification state and measurement method not stated |
Processing properties
Source-reported comparisons, not certified limits.
| Property | Reported value |
|---|---|
| T6 general heat treatment | General heat-treatment summary: solution 520–535 °C for 4–8 h; water quench at 20 °C; age 155–160 °C for 7–9 h. |
| T4 general heat treatment | General heat-treatment summary: solution 520–535 °C for 4–8 h; water quench at 20 °C; natural ageing table lists 15–30 °C for 120 h. |
| supplier qualitative characteristics | Supplier describes outstanding weathering and very good salt-water resistance, good weldability, suitability for technical anodising, and very good polishability/machinability especially after artificial ageing. No standardized test rating is stated in this paragraph. |
Additional property data
Source-reported values, specification intervals, minimums and strict bounds; an average is labeled only when the source reports it. Compare conditions before use.
| Property | Value | Condition |
|---|---|---|
| brinell hardness | 60–70 HBW | Sand casting; F; supplier performance range; wall thickness not reported |
| yield strength | ≥ 90 MPa | Sand casting; F; supplier casting minimum at wall thickness ≤20 mm |
| ultimate tensile strength | ≥ 130 MPa | Sand casting; F; supplier casting minimum at wall thickness ≤20 mm |
| elongation | ≥ 1 % | Sand casting; F; supplier casting minimum at wall thickness ≤20 mm |
| brinell hardness | ≥ 55 HBW | Sand casting; F; supplier casting minimum at wall thickness ≤20 mm |
| fatigue resistance | 60–65 MPa | Sand casting; F; supplier summary; cycle count and stress ratio not reported |
| brinell hardness | 75–90 HBW | Sand casting; T4; supplier performance range; wall thickness not reported |
| yield strength | ≥ 120 MPa | Sand casting; T4; supplier casting minimum at wall thickness ≤20 mm |
| ultimate tensile strength | ≥ 150 MPa | Sand casting; T4; supplier casting minimum at wall thickness ≤20 mm |
| elongation | ≥ 2 % | Sand casting; T4; supplier casting minimum at wall thickness ≤20 mm |
| brinell hardness | ≥ 70 HBW | Sand casting; T4; supplier casting minimum at wall thickness ≤20 mm |
| fatigue resistance | 70–75 MPa | Sand casting; T4; supplier summary; cycle count and stress ratio not reported |
| brinell hardness | 95–115 HBW | Sand casting; T6; supplier performance range; wall thickness not reported |
| yield strength | ≥ 160 MPa | Sand casting; T6; supplier casting minimum at wall thickness ≤20 mm |
| ultimate tensile strength | ≥ 180 MPa | Sand casting; T6; supplier casting minimum at wall thickness ≤20 mm |
| elongation | ≥ 1 % | Sand casting; T6; supplier casting minimum at wall thickness ≤20 mm |
| brinell hardness | ≥ 85 HBW | Sand casting; T6; supplier casting minimum at wall thickness ≤20 mm |
| fatigue resistance | 70–75 MPa | Sand casting; T6; supplier summary; cycle count and stress ratio not reported |
| brinell hardness | 60–75 HBW | Gravity die casting; F; supplier performance range; wall thickness not reported |
| yield strength | ≥ 100 MPa | Gravity die casting; F; supplier casting minimum at wall thickness ≤20 mm |
| ultimate tensile strength | ≥ 140 MPa | Gravity die casting; F; supplier casting minimum at wall thickness ≤20 mm |
| elongation | ≥ 1 % | Gravity die casting; F; supplier casting minimum at wall thickness ≤20 mm |
| brinell hardness | ≥ 60 HBW | Gravity die casting; F; supplier casting minimum at wall thickness ≤20 mm |
| fatigue resistance | 70–75 MPa | Gravity die casting; F; supplier summary; cycle count and stress ratio not reported |
| brinell hardness | 75–90 HBW | Gravity die casting; T4; supplier performance range; wall thickness not reported |
| yield strength | ≥ 130 MPa | Gravity die casting; T4; supplier casting minimum at wall thickness ≤20 mm |
| ultimate tensile strength | ≥ 170 MPa | Gravity die casting; T4; supplier casting minimum at wall thickness ≤20 mm |
| elongation | ≥ 3 % | Gravity die casting; T4; supplier casting minimum at wall thickness ≤20 mm |
| brinell hardness | ≥ 70 HBW | Gravity die casting; T4; supplier casting minimum at wall thickness ≤20 mm |
| fatigue resistance | 80–85 MPa | Gravity die casting; T4; supplier summary; cycle count and stress ratio not reported |
| brinell hardness | 100–115 HBW | Gravity die casting; T6; supplier performance range; wall thickness not reported |
| yield strength | ≥ 180 MPa | Gravity die casting; T6; supplier casting minimum at wall thickness ≤20 mm |
| ultimate tensile strength | ≥ 190 MPa | Gravity die casting; T6; supplier casting minimum at wall thickness ≤20 mm |
| elongation | ≥ 1 % | Gravity die casting; T6; supplier casting minimum at wall thickness ≤20 mm |
| brinell hardness | ≥ 90 HBW | Gravity die casting; T6; supplier casting minimum at wall thickness ≤20 mm |
| fatigue resistance | 80–85 MPa | Gravity die casting; T6; supplier summary; cycle count and stress ratio not reported |
| ignition temperature | 400 °C | Manufacturer REACH technical information; dust form only; not a bulk-alloy ignition temperature |
Evidence
Anticorodal-50 technical information (REACH), 2015 version 2 — RHEINFELDEN ALLOYS GmbH & Co. KG
Primary Aluminium Casting Alloys handbook, 2016 — Anticorodal-50 — RHEINFELDEN ALLOYS GmbH & Co. KG
Show the exact source location for each value
- anticorodal-50-sand-f-range — PDF p. 21, Anticorodal-50 detailed mechanical table, Sand casting F row ↗
- anticorodal-50-sand-f-range — PDF p. 78, Anticorodal-50 mechanical summary, Sand casting F row ↗
- anticorodal-50-sand-t4-range — PDF p. 21, Anticorodal-50 detailed mechanical table, Sand casting T4 row ↗
- anticorodal-50-sand-t4-range — PDF p. 78, Anticorodal-50 mechanical summary, Sand casting T4 row ↗
- anticorodal-50-sand-t6-range — PDF p. 21, Anticorodal-50 detailed mechanical table, Sand casting T6 row ↗
- anticorodal-50-sand-t6-range — PDF p. 78, Anticorodal-50 mechanical summary, Sand casting T6 row ↗
- anticorodal-50-gravity-f-range — PDF p. 21, Anticorodal-50 detailed mechanical table, Gravity die casting F row ↗
- anticorodal-50-gravity-f-range — PDF p. 78, Anticorodal-50 mechanical summary, Gravity die casting F row ↗
- anticorodal-50-gravity-t4-range — PDF p. 21, Anticorodal-50 detailed mechanical table, Gravity die casting T4 row ↗
- anticorodal-50-gravity-t4-range — PDF p. 78, Anticorodal-50 mechanical summary, Gravity die casting T4 row ↗
- anticorodal-50-gravity-t6-range — PDF p. 21, Anticorodal-50 detailed mechanical table, Gravity die casting T6 row ↗
- anticorodal-50-gravity-t6-range — PDF p. 78, Anticorodal-50 mechanical summary, Gravity die casting T6 row ↗
- Si — PDF p. 21, Anticorodal-50 detailed chemistry, Si column ↗
- Si — PDF p. 77, Anticorodal-50 chemistry continuation, Si column ↗
- Fe — PDF p. 21, Anticorodal-50 detailed chemistry, Fe column ↗
- Fe — PDF p. 77, Anticorodal-50 chemistry continuation, Fe column ↗
- Cu — PDF p. 21, Anticorodal-50 detailed chemistry, Cu column ↗
- Cu — PDF p. 77, Anticorodal-50 chemistry continuation, Cu column ↗
- Mn — PDF p. 21, Anticorodal-50 detailed chemistry, Mn column ↗
- Mn — PDF p. 77, Anticorodal-50 chemistry continuation, Mn column ↗
- Mg — PDF p. 21, Anticorodal-50 detailed chemistry, Mg column ↗
- Mg — PDF p. 77, Anticorodal-50 chemistry continuation, Mg column ↗
- Zn — PDF p. 21, Anticorodal-50 detailed chemistry, Zn column ↗
- Zn — PDF p. 77, Anticorodal-50 chemistry continuation, Zn column ↗
- Ti — PDF p. 21, Anticorodal-50 detailed chemistry, Ti column ↗
- Ti — PDF p. 77, Anticorodal-50 chemistry continuation, Ti column ↗
- density — PDF p. 80, Anticorodal-50 physical row, density column ↗
- youngs modulus — PDF p. 80, Anticorodal-50 physical row, youngs_modulus column ↗
- thermal expansion — PDF p. 80, Anticorodal-50 physical row, thermal_expansion column ↗
- thermal conductivity — PDF p. 80, Anticorodal-50 physical row, thermal_conductivity column ↗
- electrical conductivity — PDF p. 81, Anticorodal-50 physical continuation, electrical_conductivity MS/m column ↗
- electrical conductivity — PDF p. 81, Anticorodal-50 physical continuation, electrical_conductivity IACS column ↗
- linear shrinkage — PDF p. 81, Anticorodal-50 physical continuation, linear_shrinkage Sand column ↗
- linear shrinkage — PDF p. 81, Anticorodal-50 physical continuation, linear_shrinkage Gravity column ↗
- melt solidification range — PDF p. 81, Anticorodal-50 physical continuation, melt_solidification_range Melt column ↗
- density — PDF p. 4, Anticorodal-50 REACH technical information, density at 20 °C ↗
- melting range — PDF p. 3, Anticorodal-50 REACH technical information, melting range ↗
- T6 general heat treatment — PDF p. 101, Anticorodal-50 general heat-treatment summary, T6 row ↗
- T4 general heat treatment — PDF p. 101, Anticorodal-50 general heat-treatment summary, T4 row ↗
- supplier qualitative characteristics — PDF p. 21, Anticorodal-50 distinguishing characteristics ↗
- brinell hardness — PDF p. 21, Anticorodal-50 detailed mechanical table, Sand casting F row ↗
- brinell hardness — PDF p. 78, Anticorodal-50 mechanical summary, Sand casting F row ↗
- yield strength — PDF p. 21, Anticorodal-50 detailed mechanical table, Sand casting F row ↗
- yield strength — PDF p. 78, Anticorodal-50 mechanical summary, Sand casting F row ↗
- yield strength — PDF p. 75, technical information defining bracketed casting minima ↗
- ultimate tensile strength — PDF p. 21, Anticorodal-50 detailed mechanical table, Sand casting F row ↗
- ultimate tensile strength — PDF p. 78, Anticorodal-50 mechanical summary, Sand casting F row ↗
- ultimate tensile strength — PDF p. 75, technical information defining bracketed casting minima ↗
- elongation — PDF p. 21, Anticorodal-50 detailed mechanical table, Sand casting F row ↗
- elongation — PDF p. 78, Anticorodal-50 mechanical summary, Sand casting F row ↗
- elongation — PDF p. 75, technical information defining bracketed casting minima ↗
- brinell hardness — PDF p. 21, Anticorodal-50 detailed mechanical table, Sand casting F row ↗
- brinell hardness — PDF p. 78, Anticorodal-50 mechanical summary, Sand casting F row ↗
- brinell hardness — PDF p. 75, technical information defining bracketed casting minima ↗
- fatigue resistance — PDF p. 78, Anticorodal-50 Sand casting F fatigue column ↗
- brinell hardness — PDF p. 21, Anticorodal-50 detailed mechanical table, Sand casting T4 row ↗
- brinell hardness — PDF p. 78, Anticorodal-50 mechanical summary, Sand casting T4 row ↗
- yield strength — PDF p. 21, Anticorodal-50 detailed mechanical table, Sand casting T4 row ↗
- yield strength — PDF p. 78, Anticorodal-50 mechanical summary, Sand casting T4 row ↗
- yield strength — PDF p. 75, technical information defining bracketed casting minima ↗
- ultimate tensile strength — PDF p. 21, Anticorodal-50 detailed mechanical table, Sand casting T4 row ↗
- ultimate tensile strength — PDF p. 78, Anticorodal-50 mechanical summary, Sand casting T4 row ↗
- ultimate tensile strength — PDF p. 75, technical information defining bracketed casting minima ↗
- elongation — PDF p. 21, Anticorodal-50 detailed mechanical table, Sand casting T4 row ↗
- elongation — PDF p. 78, Anticorodal-50 mechanical summary, Sand casting T4 row ↗
- elongation — PDF p. 75, technical information defining bracketed casting minima ↗
- brinell hardness — PDF p. 21, Anticorodal-50 detailed mechanical table, Sand casting T4 row ↗
- brinell hardness — PDF p. 78, Anticorodal-50 mechanical summary, Sand casting T4 row ↗
- brinell hardness — PDF p. 75, technical information defining bracketed casting minima ↗
- fatigue resistance — PDF p. 78, Anticorodal-50 Sand casting T4 fatigue column ↗
- brinell hardness — PDF p. 21, Anticorodal-50 detailed mechanical table, Sand casting T6 row ↗
- brinell hardness — PDF p. 78, Anticorodal-50 mechanical summary, Sand casting T6 row ↗
- yield strength — PDF p. 21, Anticorodal-50 detailed mechanical table, Sand casting T6 row ↗
- yield strength — PDF p. 78, Anticorodal-50 mechanical summary, Sand casting T6 row ↗
- yield strength — PDF p. 75, technical information defining bracketed casting minima ↗
- ultimate tensile strength — PDF p. 21, Anticorodal-50 detailed mechanical table, Sand casting T6 row ↗
- ultimate tensile strength — PDF p. 78, Anticorodal-50 mechanical summary, Sand casting T6 row ↗
- ultimate tensile strength — PDF p. 75, technical information defining bracketed casting minima ↗
- elongation — PDF p. 21, Anticorodal-50 detailed mechanical table, Sand casting T6 row ↗
- elongation — PDF p. 78, Anticorodal-50 mechanical summary, Sand casting T6 row ↗
- elongation — PDF p. 75, technical information defining bracketed casting minima ↗
- brinell hardness — PDF p. 21, Anticorodal-50 detailed mechanical table, Sand casting T6 row ↗
- brinell hardness — PDF p. 78, Anticorodal-50 mechanical summary, Sand casting T6 row ↗
- brinell hardness — PDF p. 75, technical information defining bracketed casting minima ↗
- fatigue resistance — PDF p. 78, Anticorodal-50 Sand casting T6 fatigue column ↗
- brinell hardness — PDF p. 21, Anticorodal-50 detailed mechanical table, Gravity die casting F row ↗
- brinell hardness — PDF p. 78, Anticorodal-50 mechanical summary, Gravity die casting F row ↗
- yield strength — PDF p. 21, Anticorodal-50 detailed mechanical table, Gravity die casting F row ↗
- yield strength — PDF p. 78, Anticorodal-50 mechanical summary, Gravity die casting F row ↗
- yield strength — PDF p. 75, technical information defining bracketed casting minima ↗
- ultimate tensile strength — PDF p. 21, Anticorodal-50 detailed mechanical table, Gravity die casting F row ↗
- ultimate tensile strength — PDF p. 78, Anticorodal-50 mechanical summary, Gravity die casting F row ↗
- ultimate tensile strength — PDF p. 75, technical information defining bracketed casting minima ↗
- elongation — PDF p. 21, Anticorodal-50 detailed mechanical table, Gravity die casting F row ↗
- elongation — PDF p. 78, Anticorodal-50 mechanical summary, Gravity die casting F row ↗
- elongation — PDF p. 75, technical information defining bracketed casting minima ↗
- brinell hardness — PDF p. 21, Anticorodal-50 detailed mechanical table, Gravity die casting F row ↗
- brinell hardness — PDF p. 78, Anticorodal-50 mechanical summary, Gravity die casting F row ↗
- brinell hardness — PDF p. 75, technical information defining bracketed casting minima ↗
- fatigue resistance — PDF p. 78, Anticorodal-50 Gravity die casting F fatigue column ↗
- brinell hardness — PDF p. 21, Anticorodal-50 detailed mechanical table, Gravity die casting T4 row ↗
- brinell hardness — PDF p. 78, Anticorodal-50 mechanical summary, Gravity die casting T4 row ↗
- yield strength — PDF p. 21, Anticorodal-50 detailed mechanical table, Gravity die casting T4 row ↗
- yield strength — PDF p. 78, Anticorodal-50 mechanical summary, Gravity die casting T4 row ↗
- yield strength — PDF p. 75, technical information defining bracketed casting minima ↗
- ultimate tensile strength — PDF p. 21, Anticorodal-50 detailed mechanical table, Gravity die casting T4 row ↗
- ultimate tensile strength — PDF p. 78, Anticorodal-50 mechanical summary, Gravity die casting T4 row ↗
- ultimate tensile strength — PDF p. 75, technical information defining bracketed casting minima ↗
- elongation — PDF p. 21, Anticorodal-50 detailed mechanical table, Gravity die casting T4 row ↗
- elongation — PDF p. 78, Anticorodal-50 mechanical summary, Gravity die casting T4 row ↗
- elongation — PDF p. 75, technical information defining bracketed casting minima ↗
- brinell hardness — PDF p. 21, Anticorodal-50 detailed mechanical table, Gravity die casting T4 row ↗
- brinell hardness — PDF p. 78, Anticorodal-50 mechanical summary, Gravity die casting T4 row ↗
- brinell hardness — PDF p. 75, technical information defining bracketed casting minima ↗
- fatigue resistance — PDF p. 78, Anticorodal-50 Gravity die casting T4 fatigue column ↗
- brinell hardness — PDF p. 21, Anticorodal-50 detailed mechanical table, Gravity die casting T6 row ↗
- brinell hardness — PDF p. 78, Anticorodal-50 mechanical summary, Gravity die casting T6 row ↗
- yield strength — PDF p. 21, Anticorodal-50 detailed mechanical table, Gravity die casting T6 row ↗
- yield strength — PDF p. 78, Anticorodal-50 mechanical summary, Gravity die casting T6 row ↗
- yield strength — PDF p. 75, technical information defining bracketed casting minima ↗
- ultimate tensile strength — PDF p. 21, Anticorodal-50 detailed mechanical table, Gravity die casting T6 row ↗
- ultimate tensile strength — PDF p. 78, Anticorodal-50 mechanical summary, Gravity die casting T6 row ↗
- ultimate tensile strength — PDF p. 75, technical information defining bracketed casting minima ↗
- elongation — PDF p. 21, Anticorodal-50 detailed mechanical table, Gravity die casting T6 row ↗
- elongation — PDF p. 78, Anticorodal-50 mechanical summary, Gravity die casting T6 row ↗
- elongation — PDF p. 75, technical information defining bracketed casting minima ↗
- brinell hardness — PDF p. 21, Anticorodal-50 detailed mechanical table, Gravity die casting T6 row ↗
- brinell hardness — PDF p. 78, Anticorodal-50 mechanical summary, Gravity die casting T6 row ↗
- brinell hardness — PDF p. 75, technical information defining bracketed casting minima ↗
- fatigue resistance — PDF p. 78, Anticorodal-50 Gravity die casting T6 fatigue column ↗
- ignition temperature — PDF p. 3, Anticorodal-50 REACH technical information, dust ignition temperature ↗