Page:Title 3 CFR 2002 Compilation.djvu/49

 Proc. 7529 Title 3--The President ANNEX (conttnued) 16 0.80 percenI by we,ght, manganese maximum 1.80 percent by weight, phosphorus maxmqum 0.015 percent by weight, s\177hcon maximum 0.010 percent b\177. weight; (ll) product 2' thickness 0.8 mm - less than 1.0 ram; minimum tensde strength 780 N/ram-'; y\177eld strength 410 N/ram" - 635 N/ram2; elongation 15 - 26 percent; chemical composition: carbon maximum 0.10 percent by weight, s\177hcon maxtrento 0 80 percent by \177e\177ght, inarlganese maximum 1.80 percent b), x\177elght, phosphorus max:mum 0.0l 5 percent by ,a.e\177ght, sihcon maximum 0.010 percent by weight: (Ill product 3' thickness 1.0 mm- less than 1.2 ram; mmmqum tenstic strength 780 N/ram:; Deld strength 400 - 625 N/mm 2, elongation 16- 27 percent; chemical composition' carbon maximum 0.10 percent by weight, sdlcon maximum 0.80 percent by weight, manganese maximum 1.80 percent by weight, phosphorus maxm\177um 0.0t5 percent by weight, silicon maximum 0.010 percent by weight: (IV) product 4: thickness 1.2 mm- less than 1.6 mm; minimum tensile strength 780 N/ram-'; ymld strength 400 - 625 N/ram'-; elongation 15 - 28 percent; chemical composition: carbon maximum 0.10 percent by weight, sihcon maximum 0.80 percent b\177 \177e\177ght, manganese maximum 1.80 percent by weight, phosphorus maxtmum 0 015 percent by weight, sihcon maximum 0.010 percent by weight: (V) product 5: thinkhess 1.6 mm - 2.3 mm; minimum tensile strength 780 N/ram-': yield strength 400 - 625 N/ram:; elongation minimum 18 percent: chemmal composition' carbon maximum 0.10 percent by weight, sihcon max\177mun\177 0.80 percent by weight, manganese maximum 1.80 percent by weight, phosphorus maxrerum 0.015 percent by weight, sdicon maximum 0.010 percent by weight. (V[) product 6: thickness 0.8 mm- less than 1.0 mm; minimum tensile strength I 180 N/mm-'; yield strength 835 - 1225 N/mmZ; elongation 5 - 10 percent; chemical composition: carbon maximum 0.15 percent by weight; silicon maximum 0.80 percent by weight; manganese maximum 2.00 percent by weight: phosphorus maximum 0.010 percent by weight; silicon maximum 0.010 percent by weight; (VII} product 7: thinkhess 1.0 mm - less than 1.2 mm; minimum tensile strength I 180 N/mm:; y\177eld strength 825 - 1215 N/mm:; elongation 6 - 17 percent; chemical composn\177on: carbon maximum 0.15 percent by weight; sihcon maximum 0.80 percent by weight; manganese maximum 2.00 percent by weight; phosphorus maximum 0.010 percent by weight; silicon maximum 0.010 percent by weight; (VIII) product 8: thickness 1.2 mm- less than 1.6 mm; minimum tensile strength 1180 N/ram-'; yield strength 825 - 1215 N/mm\177; elongation 7 - 18 percent; chemical composmon: carbon maximum 0.15 percent by weight; silicon maximum 0.80 percent by weight: manganese maximum 2.00 percent by weight', phosphorus maximum 0.010 percent by weight; silicon maximum 0.010 percent by weight: (IX) product 9: thickness 1.6 mm - 2.3 mm; minimum tensile strength I 180 N/ram-'; yield strength 825 - 1215 N/ram-'; elongation m\177mmum 8 percent: chemical composition. carbon maximum 0.15 percent by weight; silicon maximum 0.80 percent by weight; manganese maxrerum 2.00 percent by weight; phosphorus maximum 0.010 percenl by weight; sdicon maximum 0.010 percent by weight; (X) product 10: thickness 1.0 mm- less than 1.2 ram; minimum tensile strength 1270 N/mm\177; yield strength 980 - 1270 N/mmZ; elongation 6- 17 percent; chemical composition: carbon maximum 0.15 percent by weight; silicon maximum 0.80 percent by weight; manganese maximum 2.00 percent by weight., phosphorus maximum 0.010 percent by weight; silicon maximum 0.010 percent by weight; (XI) product 1 I: thickness 1.2 mm - less than 1.6 ram; minimum tenstie strength 1270 3\177

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