Proclamations Proc. 7273 9903.72+01 9903.72.02 9903 72+03 -- 100 kgf/mm \177 for AISI grade 1050 wire rod measuring 7.2 mm or more but not more than 7.8 mm in cross-sectional diameter, or -- 98 kgf/mm 2 for AISI grade 1060 wire rod measuring 9.2 mm or more but not more than 9.8 mm in cross-sectional diameter, processed exclusively by heat-treating on an in-line fused salt bath patenting process that results in having a tensile strength tolerance range of plus or minus 5 kgf/mm \177, and having an ovality of no more than 0.30 min. (0 Piano wire string quality wire rod measuring either 5.5, 6.0, 6.5, 7.0 or 8.0 mm in cross-sectional diameter, the foregoing with an average partial decarburization of no more than 70 microns in depth (maximum 200 microns), having no inclusions greater than 20 microns, capable of being drawn to a diameter of 0.30 mm or less with 3 or fewer breaks per ton, imported pursuant to a purchase order from a piano wire string manufacturer in the United States for piano wire string quality wire rod, and containing by weight the following elements in the proportions shown: -- 0.72 percent or more but not more than 1.0 percent of carbon, -- less than 0.01 percent of aluminum, -- not more than 0.040 pement, in the aggregate, of phosphorus and sulfur, -- not more than 0.003 percent of nitregen, -- net more than 0.55 percent, in the aggregate, of copper, n\177ckel and chromium, and -- less than 0.60 percent of manganese; (g) Grade 1085 annealed bearin.q quality w\177re rod, of a quality for manufacturing bearings, AISI grade 1085, annealed, 100 percent spheroidizod, having maximum inclusions not exceeding ASTM A295, Table 3, with no samples of such rod showing globular oxide inclusions larger than 0.001 inches nor more than ten globular oxide inclusions between 0.0005 and 0.001 Inches per square inch of sample area, the foregoing containing by weight the following elements in the proportions shown: -- O.8O percent or more but not more than 0.85 percent of carbon, -- O.70 percent or more but not more than 1.00 percent of manganese, and -- not more than 15 ppm of oxygen; (h) 1080 tire bead wire quality wire rod measuring 5.5 mm or more but not more than 7.0 mm in cross-sectional diameter, with an average partial decal\177urization of no more than 70 microns in depth (maximum 200 microns), having no inclusions greater than 20 microns, capable of being drawn to a diameter of 0.76 mm or larger with 0.5 or fewer breaks per ton, imported pursuant to a purchase order from a tire manufacturer or a manufacturer of tire wire products in the United States for inclusion in tires, and containing by weight the following elements in the proportions shown: - 0.78 percent or more of carbon, - less than 0.03 percent of soluble aluminum, -- not more than 0.040 percent, in the aggregate, of phosphorous and sulfur, -- not more than 0.004 percent of nitrogen, and - not more than 0.055 percent, in the aggregate, of copper, nickel and chromium." " : Hot-rolled bars and rods of nonalloy or alloy steel, in irregularly
- wound coils, of circular or approximately circular solid cross
- section, having a diameter of 5 mm or more but less than 19 ram,
- except such bars and rods enumerated in U.S. note 9 to this
- subchapter and except bars and rods of alloy steel containing
- by weight 24 percent or more of nickel, provided for in subheadings:
- 7213.91,7213.99, 7227.20 and 7227.90.50, all the foregoing
- except products of Canada or of Mexico:
If entered during the period from March 1,2000, through February 28, 2001, inclusive: If entered during the period from March 1,2000, through May 31,2000, inclusive, in aggregate quantities not in excess of 477,783,962 kg ....................... : No change : No change If entered during the period from June 1,2000, through August 31, 2000, inclusive, in aggregate quantities not in excess of 477,783,962 kg ....................... : No change : No change If entered during the period from September 1, 2000, through November 30, 2000, inclusive, in aggregate quantities not in excess of 477,783,962 I<g ....................... : No change : No change
- No change
- No change
- No change
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