| 6911.10.37 | 10 | Plates not over 27.9 cm in maximum dimension, teacups and saucers; mugs; soups, fruits and cereals, the foregoing not over 22.9 cm in maximum dimension | doz.pcs. | | | |
| 6911.10.38 | 10 | Plates not over 27.9 cm in maximum dimension; teacups and saucers; mugs; soups, fruits and cereals, the foregoing not over 22.9 cm in maximum dimension | doz.pcs. | | | |
| 6912.00.35 | 10 | Plates not over 27.9 cm in maximum dimension; teacups and saucers; mugs; soups, fruits and cereals, the foregoing not over 22.9 cm in maximum dimension | doz.pcs. | | | |
| 6912.00.39 | 10 | Plates not over 27.9 cm in maximum dimension; teacups and saucers; mugs; soups, fruits and cereals, the foregoing not over 22.9 cm in maximum dimension | doz.pcs. | | | |
| 6913.10.10 | 00 | Statues, statuettes and handmade flowers, valued over $2.50 each and produced by professional sculptors or directly from molds made from original models produced by professional sculptors | X | Free | | 20% |
| 6913.90.10 | 00 | Statues, statuettes and handmade flowers, valued over $2.50 each and produced by professional sculptors or directly from molds made from original models produced by professional sculptors | X | Free | | 20% |
| 7002.32.00 | 00 | Of other glass having a linear coefficient of expansion not exceeding 5 x 10-6 per Kelvin within a temperature range of 0 degrees C to 300 degrees C | kg | 6% | Free (A,AU,BH,CA, CL,E,IL,J,JO, MA,MX, P,SG) | 65% |
| 7011.20.85 | 10 | Front panels for cathode-ray television picture tubes, including video monitor tubes, color, non-projection: | | | | |
| 7013.10.10 | 00 | Kitchenware, non-glazed, greater than 75 percent by volume crystalline, of lithium aluminosilicate, having a linear coefficient of expansion not exceeding 10 x 10-7 per Kelvin within a temperature range of 0 degrees C to 300 degrees C, transparent, haze-free, exhibiting transmittances of infrared radiations in excess of 75 percent at a wavelength of 2.5 microns when measured on a sample 3 mm in thickness, and containing beta-quartz solid solution as the predominant crystal phase | No. | 6.9% | Free (A,AU,BH,CA, CL,E,IL,J,JO, MA,MX,P, SG) | 75% |
| 7013.42 | | Of glass having a linear coefficient of expansion not exceeding 5 x 10-6 per Kelvin within a temperature range of 0 degrees C to 300 degrees C: | | | | |
| 7017.10.30 | 00 | Quartz reactor tubes and holders designed for insertion into diffusion and oxidation furnaces for production of semiconductor wafers | X | Free | | 50% |
| 7017.20.00 | 00 | Of other glass having a linear coefficient of expansion not exceeding 5 x 10-6 per Kelvin within a temperature range of 0癈 to 300癈 | X | 6.7% | Free (A,AU,BH,CA, CL,E,IL,J,JO, MA,MX,P, SG) | 85% |
| 7019.19.05 | 00 | Fiberglass rubber reinforcing yarn, made from electrically nonconductive continuous fiberglass filaments 9 microns in diameter to 11 microns in diameter and impregnated with resorcinol formaldehyde latex treatment for adhesion to polymeric compounds | kg | Free | | 50% |
| 7019.19.24 | 00 | Fiberglass rubber reinforcing yarn, made from electrically nonconductive continuous fiberglass filaments 9 microns in diameter to 11 microns in diameter and impregnated with resorcinol formaldehyde latex treatment for adhesion to polymeric compounds | kg | Free | | 60% |
| 7019.19.70 | 00 | Fiberglass rubber reinforcing cord, made from electrically nonconductive continuous fiberglass filaments 9 microns in diameter to 11 microns in diameter and impregnated with resorcinol formaldehyde latex treatment for adhesion to polymeric compounds | kg | Free | | 50% |
| 7019.40.05 | 00 | Fiberglass tire cord fabric woven from electrically nonconductive continuous fiberglass filaments 9 microns in diameter to 11 microns in diameter and impregnated with resorcinol formaldehyde latex treatment for adhesion to polymeric compounds (622) | m2 kg | Free | | 50% |
| 7019.40.30 | 00 | Fiberglass tire cord fabric woven from electrically nonconductive continuous fiberglass filaments 9 microns in diameter to 11 microns in diameter and impregnated with resorcinol formaldehyde latex treatment for adhesion to polymeric compounds (622) | m2 kg | Free | | 50% |
| 7019.40.70 | 00 | Fiberglass tire cord fabric woven from electrically nonconductive continuous fiberglass filaments 9 microns in diameter to 11 microns in meter and impregnated with resorcinol formaldehyde latex treatment for adhesion to polymeric compounds (622) | m2 kg | Free | | 60% |
| 7019.51.10 | 00 | Fiberglass tire cord woven from electrically nonconductive continuous fiberglass filaments 9 microns in diameter to 11 microns in diameter and impregnated with resorcinol formaldehyde latex treatment for adhesion to polymeric compounds (622) | m2 kg | Free | | 50% |
| 7019.52.30 | 00 | Fiberglass tire cord fabric woven from electrically nonconductive continuous fiberglass filaments 9 microns in diameter to 11 microns in diameter and impregnated with resorcinol formaldehyde latex treatment for adhesion to polymeric compounds (622) | m2 kg | Free | | 50% |
| 7019.52.70 | 00 | Fiberglass tire cord fabric woven from electrically nonconductive continuous fiberglass filaments 9 microns in diameter to 11 microns in diameter and impregnated with resorcinol formaldehyde latex treatment for adhesion to polymeric compounds (622) | m2 kg | Free | | 60% |
| 7019.59.30 | 00 | Fiberglass tire cord fabric woven from electrically nonconductive continuous fiberglass filaments 9 microns in diameter to 11 microns in diameter and impregnated with resorcinol formaldehyde latex treatment for adhesion to polymeric compounds (622) | m2 kg | Free | | 50% |
| 7019.59.70 | 00 | Fiberglass tire cord fabric woven from electrically nonconductive continuous fiberglass filaments 9 microns in diameter to 11 microns in diameter and impregnated with resorcinol formaldehyde latex treatment for adhesion to polymeric compounds (622) | m2 kg | Free | | 60% |
| 7020.00.30 | 00 | Quartz reactor tubes and holders designed for insertion into diffusion and oxidation furnaces for production of semiconductor wafers | X | Free | | 55% |
| 7222.20.00 | 45 | With a maximum cross-sectional dimension of less than 18 mm | kg | | | |
