ASTM-A623M 2006
$58.50
A623M-06 Standard Specification for Tin Mill Products, General Requirements [Metric]
Published By | Publication Date | Number of Pages |
ASTM | 2006 | 25 |
1.1 This specification covers a group of common requirements which, unless otherwise specified in the purchase order or in an individual specification, shall apply to tin mill products.
The following safety hazards caveat pertains to through of this specification: This standard does not purport to address all of the safety concerns, if any, associated with its use. It is the responsibility of the user of this standard to establish appropriate safety and health practices and determine the applicability of regulatory limitations prior to use. Note 1
This metric specification is equivalent to Specification A 623 and is compatible in technical content.
PDF Catalog
PDF Pages | PDF Title |
---|---|
1 | Scope Referenced Documents |
2 | Terminology |
3 | Base Metal Chemical Composition Cast or Heat Analysis Product Analysis Mechanical Requirements TABLE 1 TABLE 2 |
4 | Permissible Variation in Dimensions TABLE 3 TABLE 4 |
5 | Special Requirements Sheet Count—Cut Sizes Retest Procedure TABLE 5 TABLE 6 TABLE 7 |
6 | Conditions of Manufacture Inspection Rejection Packaging Marking A1. ROCKWELL HARDNESS TESTING OF TIN MILL PRODUCTS A1.1 Scope A1.2 Anvil A1.3 Specimens A1.4 Reports |
7 | A2. METHOD FOR DETERMINATION OF PICKLE LAG ON STEEL FOR ELECTROLYTIC TIN PLATE A2.1 Scope A2.2 Summary of Method A2.3 Apparatus TABLE A1.1 |
8 | A2.4 Reagents and Materials A2.5 Test Specimen Preparation A2.6 Procedure A2.7 Calculation A2.8 Interferences |
9 | A2.9 Assembly and Preparation of Apparatus A3. METHODS FOR TIN CRYSTAL SIZE TEST FOR ELECTROLYTIC TIN PLATE A3.1 Scope A3.2 Summary of Method FIG. A2.1 |
10 | A3.3 Apparatus (Required Only for Method No. 3) A3.4 Reagents and Materials (Required Only for Method No. 1) A3.5 Test Specimen A3.6 Procedure A4. METHOD FOR DETERMINATION OF IRON SOLUTION VALUE ON ELECTROLYTIC PLATE A4.1 Scope A4.2 Summary of Method A4.3 Apparatus5, 6 |
11 | A4.4 Reagents and Materials A4.5 Procedure A4.6 Calibration |
12 | A4.7 Calculation A4.8 Interferences A4.9 Precision FIG. A4.1 |
13 | A5. METHOD FOR ALLOY-TIN COUPLE TEST FOR ELECTROLYTIC TIN PLATE A5.1 Scope A5.2 Summary of Method A5.3 Apparatus A5.4 Reagents and Materials |
14 | A5.5 Test Specimen FIG. A5.1 |
15 | A5.7 Procedure FIG. A5.2 |
16 | A5.8 Calculation A5.9 Hazards A6. METHODS FOR DETERMINATION OF TOTAL SURFACE OIL ON TIN MILL PRODUCTS A6.1 Scope A6.2 Significance and Use A6.3 Summary of Method |
17 | A6.4 Apparatus A6.5 Reagents and Materials A6.6 Hazards A6.7 Test Specimen A6.8 Preparation of Apparatus A6.9 Procedure A6.10 Calculation A6.11 Precision and Bias A6.12 Scope A6.13 Summary of Method A6.14 Apparatus A6.15 Reagents and Materials A6.16 Hazards A6.17 Preparation of Apparatus |
18 | A6.18 Procedure A6.19 Precision and Bias A7. DETERMINATION OF CHROMIUM ON TIN PLATE BY THE DIPHENYLCARBAZIDE METHOD A7.1 Scope A7.2 Reagents |
19 | A7.3 Procedure A7.4 Calibration of Spectrophotometer A7.5 Calculation of Chromium on Tin Plate A8. METHOD FOR AERATED MEDIA POLARIZATION TEST FOR ELECTROLYTIC TIN PLATE |
20 | A8.1 Scope A8.2 Summary of Method A8.3 Apparatus A8.4 Reagents and Materials FIG. A8.1 FIG. A8.2 |
21 | A8.5 Test Media A8.6 Test Specimen A8.7 Sample Preparation A8.8 Aerated Media Polarization Test |
22 | A8.9 Interpretation of Results FIG. A8.3 |
23 | A9. METHOD FOR DETERMINING DRAWING TENDENCIES OF TIN MILL PRODUCTS USING A MODUL-R DEVICE A9.1 Scope A9.2 Terminology A9.3 Summary of Method A9.4 Apparatus FIG. A9.1 |
24 | A9.5 Sample Preparation A9.6 Procedure A9.7 Precision |
25 | A9.8 Keywords |