Page:Title 3 CFR 2002 Compilation.djvu/48

 Proclamations Proc. 7529 ANNEX (continued) 15 (xx\177 mt I]al-rollcd products designated as X-054, as described below' (A) products known as "G-type material," whtch are aluminum kdled cold-rolled steel in cotls that have increased tenstie strength of 800 to 1200 N/ram 2, ultra-flat, and which mcct the following characteristics. thickness 0.025 mm to 0.254 ram, width 380 mm to 888 ram: chemical compostnon: carbon content less than 0.01 percent by we\177ghL rotregen content m the range 0.01 - 0.017 percent by wmght, and manganese content m the range 0.6 - 0.85 percent by weight; or (B) products known as "lnvar," which are certatn aperture mask iron-nickel low thermal expansion lnvar-type alloy products used exclusively for manufacturing shadow/aperture masks, which has an ultra-flat surface and which meets the following characteristics: thickness: 0.025 mm to 0.254 ram, width: 380 mm to 888 ram, chemical composition nickel content m the range 30.0 - 37.0 percent, by weight, cobalt content up to 5.0 percent. by weight, and sulfur content not more than 0.0030 percent, by weight; ha,. mg thermal expanston coemc\177ent not more than 1.5 x 10 \177'\370C; (xx\177x) cold-rolled products known as "SPC 120," in coils, having a thickness of 1.6 mm and a w\177dth of 1040 mm, having a tensile strength of 827 MPa or more (provided for in subheading 7209.16.00), the foregoing designated as X-065; (xxx) texture rolled carbon steel fiat-rolled product (TRC), not further worked than cold rolled, designated as X-205. the foregoing with a carbon content of 0.70 percent to 0.95 percent, roll-hardened to a minimum tensde strength of 1700 N/mm 2, w\177th a tNckness of 0.10 mm to 1.80 mm and a width of 200 mm or less; tcnsde strength vanes depending on the thickness of the product: 2300 - 2500 N/ram 2 for thickness ranging from O. I 0 mm to 0.18 ram; 2250-2470 N/ram 2 for thickness ranging from 0.19 mm to 0.25 ram; 1900 - 2400 N/mm 2 for thickness ranging from 0.26 mm to 0.79 mm; and 1750 - 2250 N/mm 2 for thickness ranging from 0.80 mm to 2.00 ram; meeting the specific tensde/pressure requirements or Federal Motor Vehicle Safety Standard 209; having m\177croscopic mclusmn level to DIN 50602 Rev. 9/85, section 1: SS max 3, OA, OS max I, OG max 2; produced wtth OG being less than 27 m\177crons; w\177th chemical analys\177s: carbon 0.65 - 0.95 percent, silicon 0.30 percent maximum, manganese 0.55 percent maximum, phosphorus 0.02 percent maximum, sulfur 0.008 percent maximum, chromium 0.15 percent maximum and copper 0.12 percent; with a surface fimsh that is bright, free of roll marks, scratches, notches and cracks; longitude surface lines maximum 0.003 mm (RT - measurement method) for thickness of less than 0.66 mm and 0.005 mm for thickness over 0.60 mm.; free of complete decarburization; (xxx0 h\177gh-nickel alloy, flat-rolled product, not further worked than cold-rolled, 4.75 mm or greater in thickness, designated as X-083, containing, by weight, at least 14 percent nickel or 25 percent cobalt with or without other elements; controlled bxpansion alloys are composed according to specifications ASTM FI5, ASTM F30, ASTM B753, and ASTM F1684; magnetic alloys composed according to specifications ASTM B753 or ASTM AS01; (xxxii) products designated as X-142, as described below: (A) non-oriented, high silicon, magnetic steel flat-rolled product, with the following characterisncs: thickness 0.05-0.20 mm; width 20-600 mm; chemical composition (by weight \177n percent): carbon (maximum 0.010), manganese (maximum 0.15), phosphorus (maximum 0.015), sulfur (maximum 0.005), sfiicon (minimum 5.0, max 7.0), aluminum (maximum 0.004); mechamcal properties: hardness of 380-420 \177 HV (micro vickers); magnetm properties: magnetostriction (< 1.0 x 10 \177' (3, 10/400 magnetostriction at 400 IT{=10 kG)); (B) cold-rolled carbon steel coils meeting the requirements of one or more of the products listed below (imported under subheading 7209.16.00, 7209.18.15 or 7209.18.25): (I) product I: thickness 0.6 mm- less than 0.8 mm; minimum tensile strength 780 N/mm2; yield strength 420 - 645 N/mm2; elongation 14 percent - 25 percent; chemical composition: carbon maximum 0.10 percent by weight; silicon maximum 35

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