CBP Ruling Database

Search past U.S. Customs and Border Protection classification rulings. Find precedent for your product and cite it in your own classification.

258320 rulings found

Protest 3126-92-100019; Spare Parts of Toothed Shaft Coupling; Nuts and Bolts; O-Rings; Complete and Unassembled; GRI 2(a); Explanatory Notes 2(a)(V) and (VII); HQs 088891, 951713, 953860, and 950886; Section XVI, Note 1(g); Section XV, Note 2(a); 8483.90.50; 8483.60.80

956285 73181520

Protest 3126-92-100019; Spare Parts of Toothed Shaft Coupling; Nuts and Bolts; O-Rings; Complete and Unassembled; GRI 2(a); Explanatory Notes 2(a)(V) and (VII); HQs 088891, 951713, 953860, and 950886; Section XVI, Note 1(g); Section XV, Note 2(a); 8483.90.50; 8483.60.80

Protest 3126-92-100019; Spare Parts of Toothed Shaft Coupling; Nuts and Bolts; O-Rings; Complete and Unassembled; GRI 2(a); Explanatory Notes 2(a)(V) and (VII); HQs 088891, 951713, 953860, and 950886; Section XVI, Note 1(g); Section XV, Note 2(a); 8483.90.50; 8483.60.80

956285 84839080

Protest 3126-92-100019; Spare Parts of Toothed Shaft Coupling; Nuts and Bolts; O-Rings; Complete and Unassembled; GRI 2(a); Explanatory Notes 2(a)(V) and (VII); HQs 088891, 951713, 953860, and 950886; Section XVI, Note 1(g); Section XV, Note 2(a); 8483.90.50; 8483.60.80

and R' may be the same or different. You claim that since di-penta does not contain either an alkyl or an aryl group (althoughit does have the R-O-R structure), di-penta does not satisfy theENs definition of ethers and should not, therefore, be classifiedas such. You also point out that the ether content of di-pentaaccounts for none of its chemical activity; that the chemicalactivity displayed is entirely attributable to the hydroxylgroups characteristic of penta and polypentaerythritols. As aresult you suggest that di-penta be classified as polyhydricalcohol derived from sugars in subheading 2905.49.2000, HTSUS. This would be appropriate you believe as polyhydric alcohols arecompounds containing multiple OH groups, and di-penta containssix OH groups. You state that it is derived from formaldehyde,acetaldehyde, and an alkaline condensing agent, which combine tocreate pentaerythose, a sugar, with some formaldehyde left over;the sugar and formaldehyde then react to give a combination

955962 290941000

and R' may be the same or different. You claim that since di-penta does not contain either an alkyl or an aryl group (althoughit does have the R-O-R structure), di-penta does not satisfy theENs definition of ethers and should not, therefore, be classifiedas such. You also point out that the ether content of di-pentaaccounts for none of its chemical activity; that the chemicalactivity displayed is entirely attributable to the hydroxylgroups characteristic of penta and polypentaerythritols. As aresult you suggest that di-penta be classified as polyhydricalcohol derived from sugars in subheading 2905.49.2000, HTSUS. This would be appropriate you believe as polyhydric alcohols arecompounds containing multiple OH groups, and di-penta containssix OH groups. You state that it is derived from formaldehyde,acetaldehyde, and an alkaline condensing agent, which combine tocreate pentaerythose, a sugar, with some formaldehyde left over;the sugar and formaldehyde then react to give a combination

and R' may be the same or different. You claim that since di-penta does not contain either an alkyl or an aryl group (althoughit does have the R-O-R structure), di-penta does not satisfy theENs definition of ethers and should not, therefore, be classifiedas such. You also point out that the ether content of di-pentaaccounts for none of its chemical activity; that the chemicalactivity displayed is entirely attributable to the hydroxylgroups characteristic of penta and polypentaerythritols. As aresult you suggest that di-penta be classified as polyhydricalcohol derived from sugars in subheading 2905.49.2000, HTSUS. This would be appropriate you believe as polyhydric alcohols arecompounds containing multiple OH groups, and di-penta containssix OH groups. You state that it is derived from formaldehyde,acetaldehyde, and an alkaline condensing agent, which combine tocreate pentaerythose, a sugar, with some formaldehyde left over;the sugar and formaldehyde then react to give a combination

955962 2905492000

and R' may be the same or different. You claim that since di-penta does not contain either an alkyl or an aryl group (althoughit does have the R-O-R structure), di-penta does not satisfy theENs definition of ethers and should not, therefore, be classifiedas such. You also point out that the ether content of di-pentaaccounts for none of its chemical activity; that the chemicalactivity displayed is entirely attributable to the hydroxylgroups characteristic of penta and polypentaerythritols. As aresult you suggest that di-penta be classified as polyhydricalcohol derived from sugars in subheading 2905.49.2000, HTSUS. This would be appropriate you believe as polyhydric alcohols arecompounds containing multiple OH groups, and di-penta containssix OH groups. You state that it is derived from formaldehyde,acetaldehyde, and an alkaline condensing agent, which combine tocreate pentaerythose, a sugar, with some formaldehyde left over;the sugar and formaldehyde then react to give a combination

and R' may be the same or different. You claim that since di-penta does not contain either an alkyl or an aryl group (althoughit does have the R-O-R structure), di-penta does not satisfy theENs definition of ethers and should not, therefore, be classifiedas such. You also point out that the ether content of di-pentaaccounts for none of its chemical activity; that the chemicalactivity displayed is entirely attributable to the hydroxylgroups characteristic of penta and polypentaerythritols. As aresult you suggest that di-penta be classified as polyhydricalcohol derived from sugars in subheading 2905.49.2000, HTSUS. This would be appropriate you believe as polyhydric alcohols arecompounds containing multiple OH groups, and di-penta containssix OH groups. You state that it is derived from formaldehyde,acetaldehyde, and an alkaline condensing agent, which combine tocreate pentaerythose, a sugar, with some formaldehyde left over;the sugar and formaldehyde then react to give a combination

955962 2909495000

and R' may be the same or different. You claim that since di-penta does not contain either an alkyl or an aryl group (althoughit does have the R-O-R structure), di-penta does not satisfy theENs definition of ethers and should not, therefore, be classifiedas such. You also point out that the ether content of di-pentaaccounts for none of its chemical activity; that the chemicalactivity displayed is entirely attributable to the hydroxylgroups characteristic of penta and polypentaerythritols. As aresult you suggest that di-penta be classified as polyhydricalcohol derived from sugars in subheading 2905.49.2000, HTSUS. This would be appropriate you believe as polyhydric alcohols arecompounds containing multiple OH groups, and di-penta containssix OH groups. You state that it is derived from formaldehyde,acetaldehyde, and an alkaline condensing agent, which combine tocreate pentaerythose, a sugar, with some formaldehyde left over;the sugar and formaldehyde then react to give a combination

and R' may be the same or different. You claim that since di-penta does not contain either an alkyl or an aryl group (althoughit does have the R-O-R structure), di-penta does not satisfy theENs definition of ethers and should not, therefore, be classifiedas such. You also point out that the ether content of di-pentaaccounts for none of its chemical activity; that the chemicalactivity displayed is entirely attributable to the hydroxylgroups characteristic of penta and polypentaerythritols. As aresult you suggest that di-penta be classified as polyhydricalcohol derived from sugars in subheading 2905.49.2000, HTSUS. This would be appropriate you believe as polyhydric alcohols arecompounds containing multiple OH groups, and di-penta containssix OH groups. You state that it is derived from formaldehyde,acetaldehyde, and an alkaline condensing agent, which combine tocreate pentaerythose, a sugar, with some formaldehyde left over;the sugar and formaldehyde then react to give a combination

955962 29094950

and R' may be the same or different. You claim that since di-penta does not contain either an alkyl or an aryl group (althoughit does have the R-O-R structure), di-penta does not satisfy theENs definition of ethers and should not, therefore, be classifiedas such. You also point out that the ether content of di-pentaaccounts for none of its chemical activity; that the chemicalactivity displayed is entirely attributable to the hydroxylgroups characteristic of penta and polypentaerythritols. As aresult you suggest that di-penta be classified as polyhydricalcohol derived from sugars in subheading 2905.49.2000, HTSUS. This would be appropriate you believe as polyhydric alcohols arecompounds containing multiple OH groups, and di-penta containssix OH groups. You state that it is derived from formaldehyde,acetaldehyde, and an alkaline condensing agent, which combine tocreate pentaerythose, a sugar, with some formaldehyde left over;the sugar and formaldehyde then react to give a combination

Revocation of HQ 950417; Ferrite Substrate; Nickel Zinc Ferrite;

955911 69149000

Revocation of HQ 950417; Ferrite Substrate; Nickel Zinc Ferrite;

Protest 1001-93-105468; Ceramic tableware; Additional U.S.Note 6 (a) and (b) Chapter 69.

955838 69120048

Protest 1001-93-105468; Ceramic tableware; Additional U.S.Note 6 (a) and (b) Chapter 69.

Classification of tufted bedspread, miscellaneous kitchenlinen, throw rugs, chair pads and aprons

954813 6302910045

Classification of tufted bedspread, miscellaneous kitchenlinen, throw rugs, chair pads and aprons

Classification of tufted bedspread, miscellaneous kitchenlinen, throw rugs, chair pads and aprons

954813 6304920000

Classification of tufted bedspread, miscellaneous kitchenlinen, throw rugs, chair pads and aprons

Classification of tufted bedspread, miscellaneous kitchenlinen, throw rugs, chair pads and aprons

954813 6302512000

Classification of tufted bedspread, miscellaneous kitchenlinen, throw rugs, chair pads and aprons

Classification of tufted bedspread, miscellaneous kitchenlinen, throw rugs, chair pads and aprons

954813 6307909989

Classification of tufted bedspread, miscellaneous kitchenlinen, throw rugs, chair pads and aprons

Classification of tufted bedspread, miscellaneous kitchenlinen, throw rugs, chair pads and aprons

954813 6211420081

Classification of tufted bedspread, miscellaneous kitchenlinen, throw rugs, chair pads and aprons

Classification of tufted bedspread, miscellaneous kitchenlinen, throw rugs, chair pads and aprons

954813 6302530030

Classification of tufted bedspread, miscellaneous kitchenlinen, throw rugs, chair pads and aprons

Classification of tufted bedspread, miscellaneous kitchenlinen, throw rugs, chair pads and aprons

954813 6304930000

Classification of tufted bedspread, miscellaneous kitchenlinen, throw rugs, chair pads and aprons

Classification of tufted bedspread, miscellaneous kitchenlinen, throw rugs, chair pads and aprons

954813 5705002030

Classification of tufted bedspread, miscellaneous kitchenlinen, throw rugs, chair pads and aprons

Classification of tufted bedspread, miscellaneous kitchenlinen, throw rugs, chair pads and aprons

954813 6304192000

Classification of tufted bedspread, miscellaneous kitchenlinen, throw rugs, chair pads and aprons

Decision on Application for Further Review of Protest No. 1001-2-106224 on the Classification of Citrazinic Acid

954754 2933395000

Decision on Application for Further Review of Protest No. 1001-2-106224 on the Classification of Citrazinic Acid

Doll House Kit; Article 509, NAFTA

954316 9503708000

Doll House Kit; Article 509, NAFTA

The tariff classification of Black 15 from Japan.

899773 3204194000

The tariff classification of Black 15 from Japan.

The tariff classification of 1,2,3-Benzotriazole from Taiwan.

899724 2933908300

The tariff classification of 1,2,3-Benzotriazole from Taiwan.

The tariff classification of Guanyl Thiourea (CAS No. 2114-02-5) from the United Kingdom.

899721 2930905050

The tariff classification of Guanyl Thiourea (CAS No. 2114-02-5) from the United Kingdom.

The tariff classification of a porcelain figurine from China.

809913 6913105000

The tariff classification of a porcelain figurine from China.

The tariff classification of 6-Chloropurine from Germany and Guanine from Italy.

800863 2933909500

The tariff classification of 6-Chloropurine from Germany and Guanine from Italy.

The tariff classification of whey protein concentrate from Germany.

800805 0404100700

The tariff classification of whey protein concentrate from Germany.