Fibre Making Processes, Inc. v. United States

14 Cust. Ct. 98, 1945 Cust. Ct. LEXIS 15
United States Customs Court·Decided May 2, 1945·No. C. D. 920·Published·Cited by 1 cases

Opinions

Tilson, Judge:

This suit against the United States involves the proper classification of imported merchandise described as “one spiral heat exchanger,” which was classified under paragraph 397 of the Tariff Act of 1930, as “Articles or wares not specially provided for * * * composed wholly or in chief value of iron, steel, lead, copper, brass, nickel, pewter, zinc, aluminum; or other metal, but not plated with platinum, gold, or silver, or colored with gold lacquer, whether partly or wholly manufactured, * * *” and duty'was levied thereon at the rate of 45 per centum ad valorem.

The plaintiff claims said merchandise to be properly dutiable”at only 20 per centum ad valorem under paragraph 372 of said act, as amended by the trade agreement with Sweden, T. D. 47785, as “Machines for making paper pulp or paper,.not specially provided for, and parts thereof, not specially provided for, wholly or in chief value of metal or porcelain.”

At the trial of the case counsel for the plaintiff stated:

* * *. That is my only claim, as a matter of fact. The claim is for machines for making paper pulp or paper not specially provided for and parts thereof.

The record in the case of American Heat Reclaiming Corp. v. United States, 8 Cust. Ct. 214, C. D. 608, was incorporated as a part of the record herein, counsel for the plaintiff explaining that the reason for incorporating the record in the above case was “for the purpose of describing the operation of the spiral heat exchanger.”

In addition to the record in the previous case, counsel for the plaintiff offered the testimony of one witness, who was also the only witness to testify in the previous case. The following is quoted from his testimony in the instant case:

* * *. This particular heat exchanger was installed in connection with the digester, which is a part of the pulp machine. Now, when a pulp is made, cellulose pulp is made mostly from wood. The wood is chipped in small pieces and boiled in a certain acid, depending on what kind of pulp we are making. If we make a bleaching pulp we have one kind of acid, if we have a craft pulp we have another kind. Anyhow, it is poured under rather high pressure and high temperature. When the pulp is ready, boiled, we have to decrease the pressure in the digester.
* * # % * Jje #
[100] In doing so we cannot let those gasses out in the atmosphere, due to the odor, it would be impossible to be anywhere close to it. And besides that would be a loss of heat. This heat exchanger is installed in a relief line, that is, a connection to the digester, where we open the valve and start to decrease the pressure in the digester before we open the top and let out the pulp. Now, the gasses and steam from the high pressure digester pass through this heat exchanger, where the heat from the gasses and steam is absorbed in either water, which is used in the process, or through cooking liquor which is later on put direct into the digester. .
When this relief valve, or line, has been opened long enough so that the pressure inside the digester, or cookers, come close to the outside pressure we open it up and dump out the pulp from the digester and start a new process, a new cycle. That is the application for this type of heat exchanger. Besides that, there are any number of other applications which I do not think you want here.
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This particular merchandise imported is used exclusively in pulp. But similar exchangers are also used in other industries where heat can be—
Judge Kincheloe. I am talking about this one. I am not interested in the other.
The Witness. This is used exclusively in pulp making machines.

Explaining that the liquor used in the production of pulp solidifies, forming a calcium bisulphate, and also that there remained free SO2, the witness then stated:

Now, that means we have a free and we have a combined SO2. The SO2 we have depends on the temperature and the pressure under which the pulp is boiled. If we have a high temperature the free SO2 is thrown off, if the pressure isn’t high enough. Now that means that the SO2 since the process has served as a catalyzer — the processes are not destroyed but it is still there, it can be recovered and used in the next cycle, you see?
Q. That is by means of the heat exchanger? — A. By means of heat exchangers.
Q. Let me ask you this question: can you practically, or practicably, make paper pulp without the use of this heat exchanger, or is it an essential, integral part- of pulp making machines? — A. You can’t.
Q. You cannot? — A. You cannot make pulp without the use of heat exchangers.
Q. You say it is an essential, integral part? — A. Yes.
Q. Do you know whether or not this importation was imported expressly and designed for use in a pulp making machine? — A. It was.

On cross-examination the witness testified that these spiral heat exchangers hare been applied in almost all chemical industries, principally, however, in the pulp industry and sugar industry, and by some in the sulphuric-acid industry. Referring to his testimony in the previous case, the witness admitted lie had testified therein that these spiral heat exchangers “* * * have been used in connection with pulp making in a pulp plant. I would not say in connection with pulp making machinery, but in a pulp plant. * * *. I do not remember it word for word, but it is true anyhow * * The witness admitted that these spiral heat exchangers can be used interchangeably in the different industries.

Judge Kincheloe. I asked you awhile ago directly whether this specific [101] importation that is now before the .court — and I am no.t talking ¡about anything else' — is one that you are familiar with and of which you know the function?
The Witness. Yes.
Judge Kincheloe. Is it used exclusively in the pulp manufacturing industry, looking to the manufacturing of paper?
The Witness. That particular imported machine is used exclusively in pulp making — for pulp making.

It was conceded at the trial, that this machine is in chief value of metal.

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Fibre Making Processes, Inc. v. United States, 14 Cust. Ct. 98, 1945 Cust. Ct. LEXIS 15 (cusc 1945).

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