Commercial Steel, Inc. v. United States

32 Cust. Ct. 448, 1954 Cust. Ct. LEXIS 1963
CourtUnited States Customs Court
DecidedApril 8, 1954
DocketNo. 57983; protest 184076-K (Los Angeles)
StatusPublished

This text of 32 Cust. Ct. 448 (Commercial Steel, Inc. v. United States) is published on Counsel Stack Legal Research, covering United States Customs Court primary law. Counsel Stack provides free access to over 12 million legal documents including statutes, case law, regulations, and constitutions.

Bluebook
Commercial Steel, Inc. v. United States, 32 Cust. Ct. 448, 1954 Cust. Ct. LEXIS 1963 (cusc 1954).

Opinion

Ford, Judge:

The merchandise involved in this case was invoiced as “6” x 6"' Mesh of No. 10 ASWG wires. 612 rolls 200' x 7' 856,800 square feet” and “6" x 6” Mesh of No. 6 ASWG wires. 34 rolls 200' x 7' 47,600 square feet.” The collector of customs classified this merchandise as manufactures of metal, not specially provided for, under the provisions of paragraph 397 of the Tariff Act of 1930, as modified by the General Agreement on Tariffs and Trade, 82 Treas. Dee. 305, T. D. 51802, and levied duty thereon at the rate of 22% percent ad valorem.

Plaintiffs claim said merchandise to be properly dutiable at only 10 percent ad valorem under paragraph 312 of the Tariff Act of 1930, as modified by the General Agreement on Tariffs and Trade, supra, as structural shapes of steel, machined, drilled, punched, assembled, fitted, fabricated for use, or otherwise advanced beyond hammering, rolling, or casting. By amendment, the merchandise is also claimed to be dutiable at only % cent per pound under the same paragraph, as modified, as structural shapes of steel, not assembled, manufactured or advanced beyond hammering, rolling, or casting.

[449]*449At the trial, a sample of the merchandise was admitted in evidence and marked illustrative exhibit 1, and one witness testified for the plaintiffs, in substance, as follows:

That he had been associated with the Commercial Steel Co. for about 2% years; that the business of said company was buying and selling steel products, such as nails, reinforcing steel, and bolts; that the meaning of the letters ASWG is American Standard Wire Gauge; that the No. 6 and No. 10 on the invoice indicate the gauge of the wire; that the length and width of the involved wire was 200 feet by 7 feet; that the involved merchandise is 6-inch mesh, but “It is made in 2", 4", 6" meshes, and it is made in 4-gauge and 6-gauge and 10-gauge wires”; that the pieces of wire are held together to form the mesh by being welded at the points where they meet or cross.

The witness also testified that he had seen the involved wire used in residential house tracts, or just about any residential structure that has a driveway. When asked how he had seen the merchandise used, he stated:

Well, the ground is prepared. A trench, may be 2 or 3 inches deep, is excavated in the area that the cement is to be poured into, and then this wire is unrolled, and it is supported about an inch, 2 inches above the ground by little stakes, at maybe every 10 feet. So that when the cement is poured the cement goes over it and under it, and ir becomes a support to the cement.
Q. Does the exhibit then become a part or integral part of that slab? — A. That is right.
5j< $ # * * * #
Q. What is the purpose of using Exhibit 1 in the manner you have described?— A. For reinforcement for the concrete.

The witness also testified that different size wire is used for different work or different jobs, depending on the stress and strain the concrete is going to have to take in its natural use; that he had seen reinforcing steel used to reinforce concrete, varying in size from a quarter inch smooth bar, to an inch and a quarter deformed bar, depending on the strength the concrete is to have. In describing the use of the merchandise in the construction of a driveway, 14 by 50 feet, the witness stated that the trench would be excavated to the depth of the thickness of the slab desired:

And then the mesh would be rolled out its full length of the slab. We will say it was 50 feet, it would be rolled out 50 feet, and by its own width would cover half of the 14 feet. It would be cut at the end of the 50-foot length, and then it would be rolled back alongside, but overlapping maybe 6 inches or to a foot; and those overlapping places would be tied.

The witness also testified that the involved wire was used in the construction of swimming pools and septic tanks in a manner quite similar to its use in the construction of driveways; that he had also seen it used in the construction of cement slabs to be used as floors in buildings; that he had seen it used in the construction of overpasses for pedestrians, “for the steps and just below the steps, where it joins onto the solid ground. * * * Such as we have in the Los Angeles Freeway — just like an automobile overpass; only it is smaller; requires less stress and strain.”

The witness described the use of the merchandise in conjunction with smooth or deformed bars as follows:

Any of the small houses that have a slab on the floor, for all the porches and places where the concrete will be joined to the slab, in order to make the bond better they use a bar to extend through the slab that is reinforced by the wire mesh to the slab, that will be reinforced by steel. In other words, where the steps are joined the steps are too small to work the wire, well, they will work the bars.
[450]*450Well, the deformed bars would be used, as I said before, for tying in the porches or steps, where the mesh is too big and bulky to run out, and the smooth bar woüld be used the same way as the mesh. See, the reinforcing bar comes in size from quarter to inch and a quarter, but the deformations start only on %. Hence the quarter-inch is smooth, just like the wire, and they would use the quarter if they only had to run over — if the dimensions of the slab were just a little awkward, they would supplement the mesh with steel, rather than cut a roll down to a small strip.

The witness further stated that he had seen floors of buildings constructed without this type of mesh.

It should be observed that all the testimony of the witness was as to uses of the merchandise which he had personally observed. It is significant to note that the witness, not being an engineer, was not qualified to give testimony regarding the capacity of the involved merchandise to sustain heavy weights or to resist great tension or both. Consequently, there is no evidence in the record on that point.

In European Trading Co. v. United States, 19 C. C. P. A. (Customs) 82, T. D. 45225, the Court of Customs and Patent Appeals, in holding wire netting not to be structural shapes, said:

* * * We do not think the wire netting is a structural shape within the meaning of the provision in the paragraph relied upon by appellant. We do not regard it as being designed for such a use, or being capable of such a use as is indicated by the language in the paragraph for the structural shapes therein provided for.

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Related

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14 Ct. Cust. 280 (Customs and Patent Appeals, 1926)
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Cite This Page — Counsel Stack

Bluebook (online)
32 Cust. Ct. 448, 1954 Cust. Ct. LEXIS 1963, Counsel Stack Legal Research, https://law.counselstack.com/opinion/commercial-steel-inc-v-united-states-cusc-1954.