1070
AA 1070 | 가공용 합금; 조성에 대해 제품 형태와 질별이 명시되지 않음
모든 값은 공신력 있는 발행기관 3곳 이상의 문서에서 확인했습니다. 일부 발행기관은 같은 표준을 그대로 옮겨 싣기 때문에, 이 값들은 서로 독립된 시험이 아닙니다. 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.
이 기록에는 검토를 마친 기계적 물성 값이 없습니다.
화학 조성
검토를 마친 질량 백분율(wt%) 한계만 표시합니다. 비어 있는 한계는 다른 쪽 한계만 보고되었다는 뜻입니다.
| 원소 / 출처 표기 | 하한 wt% | 상한 wt% |
|---|---|---|
| Si | — | 0.2 |
| Fe | — | 0.25 |
| Cu | — | 0.04 |
| Mn | — | 0.03 |
| Mg | — | 0.03 |
| Zn | — | 0.04 |
| Ti | — | 0.03 |
| Others (each) | — | 0.03 |
| Al | 99.7 | — |
Exact 1070 chemical composition limits, wt.%, from three official issuer tables. United expressly republishes Aluminum Association limits, and Truer cites ISO 209 or GB/T 3190; these are matching specification publications, not three independent chemical assays or delivered-powder measurements. Single upper numbers are maxima. Al 99.70 is a stated minimum, not a calculated balance. AA 1070A is a different designation. V 0.05 appears in AA and Truer but is omitted by United, so it is withheld from the three-source claims.
물리·열 물성
| 물성 | 보고된 값 | 단위 | 조건 |
|---|---|---|---|
| 이 기록에는 검토를 마친 물리·열 물성 값이 없습니다. | |||
근거
Teal Sheets, December 2025 — The Aluminum Association
Aluminium and its alloys, Technical Data — Shanghai Truer Industrial Development Co., Ltd
United Aluminum Technical Manual 2022 — United Aluminum Corporation
값마다 정확한 출처 위치 보기
- Si — printed p. 1 / PDF p. 7, natural impurity limits, exact 1070 row (not 1070A) ↗
- Si — printed p. 3 / PDF p. 4, Chemical Composition Limits, exact 1070 row ↗
- Si — PDF p. 2, Technical Data Chemical Composition, exact 1070 row ↗
- Fe — printed p. 1 / PDF p. 7, natural impurity limits, exact 1070 row (not 1070A) ↗
- Fe — printed p. 3 / PDF p. 4, Chemical Composition Limits, exact 1070 row ↗
- Fe — PDF p. 2, Technical Data Chemical Composition, exact 1070 row ↗
- Cu — printed p. 1 / PDF p. 7, natural impurity limits, exact 1070 row (not 1070A) ↗
- Cu — printed p. 3 / PDF p. 4, Chemical Composition Limits, exact 1070 row ↗
- Cu — PDF p. 2, Technical Data Chemical Composition, exact 1070 row ↗
- Mn — printed p. 1 / PDF p. 7, natural impurity limits, exact 1070 row (not 1070A) ↗
- Mn — printed p. 3 / PDF p. 4, Chemical Composition Limits, exact 1070 row ↗
- Mn — PDF p. 2, Technical Data Chemical Composition, exact 1070 row ↗
- Mg — printed p. 1 / PDF p. 7, natural impurity limits, exact 1070 row (not 1070A) ↗
- Mg — printed p. 3 / PDF p. 4, Chemical Composition Limits, exact 1070 row ↗
- Mg — PDF p. 2, Technical Data Chemical Composition, exact 1070 row ↗
- Zn — printed p. 1 / PDF p. 7, natural impurity limits, exact 1070 row (not 1070A) ↗
- Zn — printed p. 3 / PDF p. 4, Chemical Composition Limits, exact 1070 row ↗
- Zn — PDF p. 2, Technical Data Chemical Composition, exact 1070 row ↗
- Ti — printed p. 1 / PDF p. 7, natural impurity limits, exact 1070 row (not 1070A) ↗
- Ti — printed p. 3 / PDF p. 4, Chemical Composition Limits, exact 1070 row ↗
- Ti — PDF p. 2, Technical Data Chemical Composition, exact 1070 row ↗
- Others (each) — printed p. 1 / PDF p. 7, natural impurity limits, exact 1070 row (not 1070A) ↗
- Others (each) — printed p. 3 / PDF p. 4, Chemical Composition Limits, exact 1070 row ↗
- Others (each) — PDF p. 2, Technical Data Chemical Composition, exact 1070 row ↗
- Al — printed p. 1 / PDF p. 7, natural impurity limits, exact 1070 row (not 1070A) ↗
- Al — printed p. 3 / PDF p. 4, Chemical Composition Limits, exact 1070 row ↗
- Al — PDF p. 2, Technical Data Chemical Composition, exact 1070 row ↗