Vulcraft & Nucor Cold Finish v. Balka

555 N.W.2d 344, 5 Neb. Ct. App. 85, 1996 Neb. App. LEXIS 225
CourtNebraska Court of Appeals
DecidedNovember 5, 1996
DocketA-95-686
StatusPublished
Cited by1 cases

This text of 555 N.W.2d 344 (Vulcraft & Nucor Cold Finish v. Balka) is published on Counsel Stack Legal Research, covering Nebraska Court of Appeals primary law. Counsel Stack provides free access to over 12 million legal documents including statutes, case law, regulations, and constitutions.

Bluebook
Vulcraft & Nucor Cold Finish v. Balka, 555 N.W.2d 344, 5 Neb. Ct. App. 85, 1996 Neb. App. LEXIS 225 (Neb. Ct. App. 1996).

Opinion

Sievers, Judge.

Vulcraft and Nucor Cold Finish (Vulcraft), divisions of Nucor Corporation, filed a petition for redetermination with M. Bern Balka, the Tax Commissioner of the State of Nebraska, concerning certain use taxes paid under protest on its processing oils. The Tax Commissioner dismissed the petition, and Vulcraft appealed to the Lancaster County District Court. On appeal, the district court reversed the judgment of the Tax Commissioner. The Tax Commissioner and the State of Nebraska now appeal, contending that the district court erred in concluding that Vulcraft’s use of drawing, turning, and grinding oils qualified for an exemption under Nebraska’s use tax. For the reasons set forth below, we affirm.

FACTUAL BACKGROUND

Vulcraft manufactures steel bars in its Norfolk, Nebraska, plant. As part of its manufacturing process, Vulcraft utilizes processing oils. It is these processing oils that are the subject of the instant appeal.

At Vulcraft, the final steps of manufacturing a steel bar are collectively referred to as “cold finishing.” The bar, in a hot *87 rolled state, is initially taken through a “shot blaster,” which shoots “high velocity pellets” against the bar in order to remove all scale and dirt. The bar is then inserted into a die, where a carriage grabs the end of the bar and accelerates it through the die. The die, which is smaller than the bar, is similar to a funnel. The die reduces the cross section and increases the length of the bar. The bar is then cut to length, straightened, banded in quantities, and placed in storage for shipment. The purpose of this cold-finishing process is to reduce the cross section area of the bar, to give the bar a very smooth surface, and to increase the tensile and yield strength of the bar. The process is called cold finishing because no heat is added. Some examples of cold-finished bars include shock absorbers on cars and hydraulic cylinders on tractors.

Prior to the entry of the bar into the die, drawing oil is pumped onto the bar. This oil creates a barrier which protects both the die and the surface of the bar while the bar is passing through the die. The oil also acts as a rust inhibitor that prevents oxidation during further processing. The die leaves an extremely fine film of oil on the bar. The excess drawing oil is filtered, returned to the recirculation tank, and then reused. Drawing oil is subsequently added to replace that which is “consumed” by the bar as it exits the die. Approximately 80 percent of Vulcraft’s bars are complete after undergoing the drawing process.

Some of Vulcraft’s customers require that the bar undergo further steps to ensure that the bar is flawless or has only minimal defects. Turning is a process designed to reduce the “depth of defect” on the bar. In this process, a cutting tool "removes material as it rotates around the bar. A water soluble turning oil is flooded onto the bar to create a protective barrier between the bar and the tool. The oil is also considered to be a rust inhibitor. An air knife then removes virtually all the water aspect of the solution, leaving the oil for, rust prevention purposes. The runoff solution is collected, returned to recycling tanks, cooled to eliminate the water, and then reused. Again, the oil consumed is that which is left on the bar at the completion of the turning process.

*88 A ground bar is a higher value-added, or more sophisticated, product with an extremely fine finish. In this process, the bar enters through a pair of transport disks that forces it into a set of grinding stones. A grinding oil, which is water soluble, is applied to the stone and to the bar. As the bar leaves the grinder, the stone area where the material has been removed, an air knife and wiper remove all the water, leaving a very fine film of grinding oil. The oil provides rust protection to the bar and lubrication between the grinding stone and the bar. The bar is continuously wiped, and virtually no oil remains on it. The oil is then returned to the collection tank, recirculated, and reused. The grinding oil constantly recirculates for years, and Vulcraft adds only a minute amount of oil to compensate for the oil that is used on the bars.

Before each bar is complete, Vulcraft applies a final oil called Metkote. Metkote is a long-term rust preventative that provides the bar with an estimated 2-year shelf storage life. Metkote additionally prevents the bars from wearing on each other when stacked in bundles. Metkote does not clean the bar and does not neutralize the processing oils. Furthermore, the processing oils do not evaporate, but remain on the bar that is ultimately sold and shipped to the customer. Metkote does not, however, require the presence of the processing oils in order to be effective. It is undisputed that rusting would occur if Metkote was not applied to the bar, since the processing oils act only as short-term rust inhibitors. There is, however, a dispute as to whether the processing oils add any long-term rust prevention benefits to Metkote.

The application of Metkote can occur 10 to 12 days after going through the drawing process. If the processing oils were not applied to the bars, moisture in the air would cause the fresh metal surface to rust relatively instantaneously. Two of Vulcraft’s employees testified that the processing oils add value to the finished product. Additionally, Dean Orr, a metallurgical engineer and an accredited corrosion specialist, testified that rather than adding to the product, the processing oils keep the product from losing value by preventing rust during the manufacturing process. If the processing oils were not applied to the bar, the value of the product could be affected by corrosion. The *89 end result would be a surface that was not acceptable to the customer. Orr also testified that the processing oils were “essential” during processing, but not as a part of the final product.

In July 1991, the Nebraska Department of Revenue issued Vulcraft a notice of deficiency determination. Based on the audit period June 1, 1988, to May 31, 1991, the department calculated that Vulcraft owed $18,633 in use tax, or $24,686 when combined with interest and penalties. Vulcraft paid the $18,633 under protest and filed a petition for redetermination. The Tax Commissioner concluded that the processing oils were not exempt from the use tax as an ingredient or component part of property manufactured, processed, or fabricated for ultimate sale at retail. The Lancaster County District Court reversed the judgment of the Tax Commissioner, concluding that the processing oils were essential ingredients or component parts of the finished steel bars.

ASSIGNMENT OF ERROR

The Tax Commissioner and the State contend that the district court erred in holding that Vulcraft’s purchase and use of drawing, turning, and grinding oils qualified for use tax exemption as ingredient or component parts of property manufactured, processed, or fabricated for ultimate sale at retail.

STANDARD OF REVIEW

Proceedings for review of a final decision of an administrative agency shall be to the district court, which shall conduct the review without a jury de novo on the record of the agency. Abbott v. Department of Motor Vehicles, 246 Neb.

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Bluebook (online)
555 N.W.2d 344, 5 Neb. Ct. App. 85, 1996 Neb. App. LEXIS 225, Counsel Stack Legal Research, https://law.counselstack.com/opinion/vulcraft-nucor-cold-finish-v-balka-nebctapp-1996.