Castadur-30
Castadur-30 / AlZn3Mg3Cr (RHEINFELDEN ALLOYS) | 중력 금형 주조
제조사가 보고한 값입니다. 인증된 설계 허용값으로 사용하지 마세요. 출처 보기 ↗
출처 문서의 제목과 조건 설명은 출처 언어 그대로, 공정 항목의 값·보류 사유·검토 메모는 영어 그대로 표시하며 번역하지 않습니다. 숫자, 단위, 질별, 합금 지정도 번역하지 않습니다.
| 질별 | 두께 | 항복강도 MPa | 인장강도 MPa | 연신율 % |
|---|---|---|---|---|
| T1 | 명시 없음 | 140–160 | 260–290 | 10–20 |
T1 조건: Original-supplier T1 self-aged performance range. Wall thickness, test specimen size, test temperature and precise ageing duration are not stated for this row. The application photo dimensions are not specimen dimensions.
화학 조성
검토를 마친 질량 백분율(wt%) 한계만 표시합니다. 비어 있는 한계는 다른 쪽 한계만 보고되었다는 뜻입니다.
Original-supplier branded Castadur-30 / AlZn3Mg3Cr, not generic AlZn3Mg3Cr. The 2015 overview, 2016 handbook, technical sheet and current product page are one issuer. The detailed 2016 p. 48 Fe and Cr values differ from the 2015 overview/2016 summary; neither element is published. A process-sheet maximum Si content of 0.14% is not substituted for the p. 48 ingot limit of 0.15%. The T1 mechanical row has no reported wall thickness or ageing duration. The p. 104 ageing diagram remains undigitized.
| 원소 / 출처 표기 | 하한 wt% | 상한 wt% |
|---|---|---|
| Si | — | 0.15 |
| Cu | — | 0.05 |
| Mn | 0.1 | 0.2 |
| Mg | 2.5 | 3.0 |
| Zn | 2.2 | 2.8 |
| Ti | 0.03 | 0.15 |
| Be | — | 0.004 |
물리·열 물성
| 물성 | 보고된 값 | 단위 | 조건 |
|---|---|---|---|
| 밀도 | 2.74 | kg/dm³ | Supplier physical summary; heat-treatable alloy in heat-treated state; test temperature not separately reported |
| 영률 | 70–72 | GPa | Supplier physical summary; heat-treatable alloy in heat-treated state; test temperature not separately reported |
| 열팽창 | 24 | 10⁻⁶/K | Supplier physical summary; heat-treatable alloy in heat-treated state; 20–200 °C |
| 열전도율 | 1.2 | W/(K·cm) | Supplier physical summary; heat-treatable alloy in heat-treated state; 20–200 °C |
| 전기전도도 | 17–20 | MS/m | Supplier physical summary; heat-treatable alloy in heat-treated state; MS/m; temperature not separately reported |
| 전기전도도 | 29.5–34.5 | %IACS | Supplier physical summary; heat-treatable alloy in heat-treated state; %IACS; temperature not separately reported |
| 선수축률 | 1.0–1.4 | % | Supplier physical summary; heat-treatable alloy in heat-treated state; sand casting; temperature not separately reported |
| 선수축률 | 0.7–1.1 | % | Supplier physical summary; heat-treatable alloy in heat-treated state; gravity die casting; temperature not separately reported |
| 용융·응고 범위 | 555–650 | °C | Supplier melt and solidification range; includes partial-melting onset from segregation in cast structure |
| 밀도 | 2.74 | g/cm³ | Manufacturer REACH technical information, 2015 version 2; stated at 20 °C; product form not further specified |
| 용융 범위 | 555–650 | °C | Manufacturer REACH technical information, 2015 version 2; modification state and measurement method not stated |
가공 특성
출처가 보고한 비교이며 인증된 한계값이 아닙니다.
| 물성 | 보고된 값 |
|---|---|
| post melting temperature limit | After melting down: maximum 820 °C; supplier instructs temperature check. |
| refining start temperature | When impeller or gas-flushing lance treatment is used, the supplier recommends a starting temperature strictly above 780 °C to account for cooling. |
| rotor refining | Quick-running gas rotor: argon or nitrogen 7–10 L/min for 3–6 min. |
| refining quality | With effective refining the supplier says density index DI <1 can be achieved and maintained; this is guidance, not a test result for each casting. |
| sand pouring temperature | Approximate sand-casting pour 720–760 °C, with 730 °C recommended; depends on design, size and wall thickness. |
| gravity pouring temperature | Approximate gravity die-casting pour 730–760 °C, with 750 °C recommended; depends on design, size and wall thickness. |
| model design shrinkage | Supplier model-design shrinkage allowance: 1.0–1.3%; this is not substituted for measured linear shrinkage in the physical table. |
| gravity die temperature | Gravity die temperature 250–400 °C depending on casting; supplier recommends 350 °C to reduce cracking. |
| grain refiner after holding | After long holding with high return use, a small grain-refiner addition such as AlTi5B1 wire 0.5 kg/t is recommended just before pouring; not a composition limit. |
| cast removal | Castings are still soft when removed from sand mould or gravity die; dimensionally critical castings require careful removal. |
| self ageing context | The general technical chapter names Castadur-30 among self-ageing high-zinc alloys and says strength increase is normally complete eight days after mould removal; this is not assigned as the precise duration of the T1 mechanical specimen row. |
| ageing figure provenance | The handbook p. 104 Figure 9 plots Castadur-30 French gravity-die test-piece properties versus days after casting; curves have not been digitized into numerical claims. |
추가 물성 데이터
출처가 보고한 값, 규격 구간, 최솟값(이상), 상한(미만 또는 이하)을 표시합니다. 평균은 출처가 평균으로 보고한 경우에만 평균이라고 표기합니다. 사용하기 전에 조건을 비교하세요.
| 물성 | 값 | 조건 |
|---|---|---|
| 브리넬 경도 | 75–85 HBW | Gravity die casting; T1 self-aged; supplier performance range; wall thickness not reported |
| 발화 온도 | 400 °C | Manufacturer REACH technical information; dust form only; not a bulk-alloy ignition temperature |
검토 중인 데이터
Composition Fe 보류: Original supplier detailed 2016 p. 48 Fe limit 0.15 differs from its 2015 overview p. 4 0.2 and 2016 p. 77 summary. The reason and applicable edition are unstated; neither is published.
Primary Aluminium Casting Alloys handbook, 2016 — Castadur-30 ↗ — PDF p. 48, Castadur-30 detailed chemistry, Fe column
Aluminium Casting Alloys overview, 2015 — Castadur-30 ↗ — PDF p. 4, Castadur-30 2015 chemistry row, Fe column
Composition Cr 보류: Original supplier detailed 2016 p. 48 Cr limit 0.25 – 0.35 differs from its 2015 overview p. 4 0.2 – 0.4 and 2016 p. 77 summary. The reason and applicable edition are unstated; neither is published.
Primary Aluminium Casting Alloys handbook, 2016 — Castadur-30 ↗ — PDF p. 48, Castadur-30 detailed chemistry, Cr column
Aluminium Casting Alloys overview, 2015 — Castadur-30 ↗ — PDF p. 4, Castadur-30 2015 chemistry row, Cr column
근거
Castadur-30 technical information (REACH), 2015 version 2 — RHEINFELDEN ALLOYS GmbH & Co. KG
Aluminium Casting Alloys overview, 2015 — Castadur-30 — RHEINFELDEN ALLOYS GmbH & Co. KG
Primary Aluminium Casting Alloys handbook, 2016 — Castadur-30 — RHEINFELDEN ALLOYS GmbH & Co. KG
값마다 정확한 출처 위치 보기
- castadur-30-gravity-t1-range — PDF p. 48, Castadur-30 detailed gravity die T1 mechanical row ↗
- castadur-30-gravity-t1-range — PDF p. 79, Castadur-30 gravity die T1 mechanical summary row ↗
- castadur-30-gravity-t1-range — PDF p. 3, Castadur-30 2015 gravity die T1 mechanical row ↗
- Si — PDF p. 48, Castadur-30 detailed chemistry, Si column ↗
- Cu — PDF p. 48, Castadur-30 detailed chemistry, Cu column ↗
- Mn — PDF p. 48, Castadur-30 detailed chemistry, Mn column ↗
- Mg — PDF p. 48, Castadur-30 detailed chemistry, Mg column ↗
- Zn — PDF p. 48, Castadur-30 detailed chemistry, Zn column ↗
- Ti — PDF p. 48, Castadur-30 detailed chemistry, Ti column ↗
- Be — PDF p. 48, Castadur-30 detailed chemistry, Be column ↗
- 밀도 — PDF p. 80, Castadur-30 physical row, density column ↗
- 밀도 — PDF p. 5, Castadur-30 2015 physical continuation, density column ↗
- 영률 — PDF p. 80, Castadur-30 physical row, youngs_modulus column ↗
- 영률 — PDF p. 5, Castadur-30 2015 physical continuation, youngs_modulus column ↗
- 열팽창 — PDF p. 80, Castadur-30 physical row, thermal_expansion column ↗
- 열팽창 — PDF p. 5, Castadur-30 2015 physical continuation, thermal_expansion column ↗
- 열전도율 — PDF p. 80, Castadur-30 physical row, thermal_conductivity column ↗
- 열전도율 — PDF p. 5, Castadur-30 2015 physical continuation, thermal_conductivity column ↗
- 전기전도도 — PDF p. 81, Castadur-30 physical continuation, electrical_conductivity MS/m column ↗
- 전기전도도 — PDF p. 5, Castadur-30 2015 physical continuation, electrical_conductivity Electrical column ↗
- 전기전도도 — PDF p. 81, Castadur-30 physical continuation, electrical_conductivity IACS column ↗
- 전기전도도 — PDF p. 5, Castadur-30 2015 physical continuation, electrical_conductivity IACS column ↗
- 선수축률 — PDF p. 81, Castadur-30 physical continuation, linear_shrinkage Sand column ↗
- 선수축률 — PDF p. 5, Castadur-30 2015 physical continuation, linear_shrinkage Sand column ↗
- 선수축률 — PDF p. 81, Castadur-30 physical continuation, linear_shrinkage Gravity column ↗
- 선수축률 — PDF p. 5, Castadur-30 2015 physical continuation, linear_shrinkage Gravity column ↗
- 용융·응고 범위 — PDF p. 81, Castadur-30 physical continuation, melt_solidification_range Melt column ↗
- 용융·응고 범위 — PDF p. 5, Castadur-30 2015 physical continuation, melt_solidification_range Melt column ↗
- 밀도 — PDF p. 4, Castadur-30 REACH technical information, density at 20 °C ↗
- 용융 범위 — PDF p. 3, Castadur-30 REACH technical information, melting range ↗
- post melting temperature limit — PDF p. 70, Castadur-30 processing sheet, post_melting_temperature_limit ↗
- refining start temperature — PDF p. 70, Castadur-30 processing sheet, refining_start_temperature ↗
- rotor refining — PDF p. 70, Castadur-30 processing sheet, rotor_refining ↗
- refining quality — PDF p. 70, Castadur-30 processing sheet, refining_quality ↗
- sand pouring temperature — PDF p. 70, Castadur-30 processing sheet, sand_pouring_temperature ↗
- gravity pouring temperature — PDF p. 70, Castadur-30 processing sheet, gravity_pouring_temperature ↗
- model design shrinkage — PDF p. 70, Castadur-30 processing sheet, model_design_shrinkage ↗
- gravity die temperature — PDF p. 70, Castadur-30 processing sheet, gravity_die_temperature ↗
- grain refiner after holding — PDF p. 70, Castadur-30 processing sheet, grain_refiner_after_holding ↗
- cast removal — PDF p. 70, Castadur-30 processing sheet, cast_removal ↗
- self ageing context — PDF p. 105, technical information on T1 self-ageing ↗
- ageing figure provenance — PDF p. 104, Figure 9 Castadur-30 ageing-diagram caption ↗
- 브리넬 경도 — PDF p. 48, Castadur-30 detailed gravity die T1 mechanical row ↗
- 브리넬 경도 — PDF p. 79, Castadur-30 gravity die T1 mechanical summary row ↗
- 브리넬 경도 — PDF p. 3, Castadur-30 2015 gravity die T1 mechanical row ↗
- 발화 온도 — PDF p. 3, Castadur-30 REACH technical information, dust ignition temperature ↗