National Polychemicals, Inc. v. The United States, J. J. Gavin & Co., Inc., A/c a & S Corp., Party-In-Interest

433 F.2d 1327, 58 C.C.P.A. 37, 1970 CCPA LEXIS 251
CourtCourt of Customs and Patent Appeals
DecidedDecember 3, 1970
DocketCustoms Appeal 5361
StatusPublished
Cited by4 cases

This text of 433 F.2d 1327 (National Polychemicals, Inc. v. The United States, J. J. Gavin & Co., Inc., A/c a & S Corp., Party-In-Interest) is published on Counsel Stack Legal Research, covering Court of Customs and Patent Appeals primary law. Counsel Stack provides free access to over 12 million legal documents including statutes, case law, regulations, and constitutions.

Bluebook
National Polychemicals, Inc. v. The United States, J. J. Gavin & Co., Inc., A/c a & S Corp., Party-In-Interest, 433 F.2d 1327, 58 C.C.P.A. 37, 1970 CCPA LEXIS 251 (ccpa 1970).

Opinion

RICH, Judge.

This appeal is from a judgment of the United States Customs Court, First Division, 62 Cust.Ct. 453, C.D. 3801 (1969), overruling the protest of appellant, an American manufacturer, • to the classification of dinitrosopentamethylenetetramine (DNPT) as a compound “containing a triazine ring” within the meaning of Item 425.10 of the Tariff Schedules of the United States (TSUS). Appellant Polychemicals claims that DNPT should be classified under the “basket provision” for “other” nitrogenous compounds, TSUS Item 425.52. We affirm.

DNPT is a nitrogenous compound used commercially as a blowing agent, or “gas generator,” to expand rubber or plastics into sponge or foam forms. Its chemical structure is not in dispute, it being conceded by all parties that it is as follows:

It will be seen to contain two fused rings of alternating carbon and nitrogen atoms, each ripg consisting of three carbon atoms, one of which is shared by both rings, and three nitrogen atoms, two of which are shared by both rings. It is to be particularly noted, since it is. highly relevant to the arguments on this appeal, that each atom in each ring is connected to the adjoining atoms in the ring by single bonds.

What is disputed is whether the rings contained in DNPT 1 are “triazine” *1328 rings. Polychemicals contends that they are not because they do not contain three double bonds in each ring, which it contends is a necessary condition for a ring containing three carbon and three nitrogen atoms to be correctly denominated a triazine ring. The Government and Gavin, the party-in-interest, contend that all rings consisting of three carbon atoms and three nitrogen atoms are triazine rings regardless of whether there are three, two, one, or no double bonds connecting the ring atoms.

Before discussing these contentions, however, it will aid understanding to define a number of overlapping terms frequently used in the record, briefs, and the opinion below. The rings in DNPT are simultaneously saturated (or fully saturated), hydrogenated (or fully hydrogenated), reduced (or fully reduced), and nonaromatic, all because they are internally connected entirely by single bonds. Similarly, rings containing three double bonds, of the sort which Polychemicals contends are uniquely entitled to the appellation “triazine,” are unsaturated, non-hydrogenated, unreduced, and aromatic. In the process of hydrogenation, double bonds are replaced with single bonds, the addition of two peripheral hydrogen atoms making up for the loss of each double bond.

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433 F.2d 1327, 58 C.C.P.A. 37, 1970 CCPA LEXIS 251, Counsel Stack Legal Research, https://law.counselstack.com/opinion/national-polychemicals-inc-v-the-united-states-j-j-gavin-co-inc-ccpa-1970.