Tower v. United States

26 Cust. Ct. 284, 1951 Cust. Ct. LEXIS 47
United States Customs Court·Decided June 15, 1951·No. C. D. 1337·Published·Cited by 3 cases

Opinion

LawreNCE, Judge:

A commodity described on the commercial invoice accompanying the entry herein as “Abrasive Sludge 81” and imported from Canada was classified by the collector of customs as “Ferrosilicon, containing 8 per centum or more of silicon and less than 30 per centum” within the provisions of paragraph 302 (i) of the Tariff Act of 1930 (19 U. S. C. §1001, par. 302 (i)), as modified by the trade agreement between the United States and Canada (74 Treas. Dec. 235, T. D. 49752), and duty was accordingly assessed thereon at the rate of 1 cent per pound on the silicon contained therein.

Plaintiff contends that the merchandise is properly free of duty pursuant to the provision in paragraph 1664 of said act (19 U. S. C. § 1201, par. 1664) as “Metallic mineral substances in a crude state, such as drosses, shimmings, residues, brass foundry ash, and flue dust, not specially provided for,” or dutiable at 7% per centum ad valorem as “Waste, not specially provided for” within the scope of paragraph 1555 of said act (19 U. S. C. § 1001, par. 1555), as modified by the Canadian Trade Agreement, supra.

At the trial it was stipulated by the parties that the importation above referred to is the same in all material respects as the merchandise [286] involved in tbe case of C. J. Tower & Sons v. United States, 19 Cust. Ct. 46, C. D. 1066, and that the merchandise in both cases was made by the same process, by the same manufacturer, and was used for the same purpose; and, by agreement of the parties, the record (including the exhibits) in the Tower case, supra, was received in evidence as a part of the record herein.

In our opinion in the Tower case, supra, we remarked, in part:

When the case was subsequently called for hearing at New York, counsel for the United States stated that an extensive investigation had been conducted by special agents and that “As a result of that investigation, the special agent and myself have reached the conclusion that the merchandise is not ferrosilicon; that it was improperly classified and, we concede that it is not properly dutiable as ferro-silicon.”

Commenting upon that concession, we said:

From an examination of the record we are of the opinion that said merchandise is not, in fact, ferrosilicon within the contemplation of paragraph 302 (i), supra, and that the Government properly made that concession.

As in the former case, the Government contends that the commodity under consideration should be classified within the provision in paragraph 302 (o) of said act for “All alloys used in the manufacture of steel or iron, not specially provided for, * * *” . and subjected to duty at the rate of 25 per centum ad valorem.

In our opinion in the Tower case, supra, we pointed out that—

It appears from the record that this so-called “Abrasive Sludge 81” is an unwanted byproduct resulting from the treatment of bauxite to produce an abrasive.

ifio ,q.uote further, we said:

* * * The process is described by one of the witnesses as follows:
The aloxite electric furnace, as we operate it, is a metal shell on the bottom of which is placed a coke and tar bottom approximately fifteen inches thick. It’s rammed in. The shell is iron, water cooled on the outside. The operation of the furnace is to feed in bauxite, establish an electric arc, two electrodes. The bauxite is melted with sufficient carbon there to reduce some of the impurities, such as iron oxide, silica, and a small amount of titanium oxide. These impurities when they are reduced, come out in the metallic state. These metals are heavier than the alumina, melted alumina bath settled out of the bath. This metallic material first reaching the carbon bottom through the settling, penetrates into the carbon bottom to the extent of possibly six inches. In other words, the carbon bottom acts as a sort of a sponge absorbing this material which is settling out.
After we have established this bottom consisting of these metals plus the carbon it becomes impervious and the remainder of the metallic material settles out as the furnace is filled up. This molten material collects on top of this bottom, metalized bottom, and forms what is ordinarily known as fer-rosilicon. I’m not sure that’s the correct term for it. We call it byproduct ferrosilicon. It’s really a byproduct.
[287] The court then asked—
Judge La whence: What is the main thing you are trying to produce when this comes off as a byproduct?
The Witness: We’re producing abrasives and we do not control this metallic material at all. It’s absolutely a byproduct. We have no interest in it other than what little salvage we can get by selling it.

Our opinion then proceeds as follows:

After a sample of byproduct ferrosilicon was introduced into evidence and marked “Plaintiff’s Illustrative Exhibit A,” the witness continued his description of the method of producing the product, exhibit 1, here in issue, as follows:
After the furnace is full of molten material the power is taken off and the bath is allowed to solidify. The furnace is then dumped and we have on the very bottom of this so-called pig ingot a layer of carbon which is formed, of course, from the coke which was originally put in. Just above that we have a layer of possibly three or six inches thick of this mixture of metallic material which has come down and been absorbed by the carbon. I haven’t the analysis before me but I would say that the carbon in there might vary from something under twenty percent to possibly over thirty percent. That’s my recollection. The metallic material also varies very considerably in content from time to time. Above this so-called sludge is a layer of this by-product ferrosilicon which might be four to six inches thick, and above that is the aluminous abrasive material.

and added that this so-called sludge is sometimes called furnace sludge or abrasive sludge.

An analysis of the merchandise represented by exhibit 1 in the incorporated case is as follows:

Silicon_ 8.92%
Iron_ 57.02%
Aluminum_ 1.85%
Titanium_ 1.30%
Phosphorus_ 0.34%
Carbon_ 19.0%
Aluminum oxide_ 4.62%
Remainder_ 6.95% identity unknown,
with the following important reservation:
* * * that there are variations in the analysis of different shipments; that the carbon varies from slightly under 20 percent to over 30 percent; that the silicon content varies from about 6 percent to about 9 percent and that the other elements vary accordingly.

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Tower v. United States, 26 Cust. Ct. 284, 1951 Cust. Ct. LEXIS 47 (cusc 1951).

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