Mangren Research and Development Corporation v. National Chemical Company, Incorporated, and National Mold Release Company

87 F.3d 937, 39 U.S.P.Q. 2d (BNA) 1339, 1996 U.S. App. LEXIS 16011, 1996 WL 368876
CourtCourt of Appeals for the Seventh Circuit
DecidedJuly 3, 1996
Docket95-1661
StatusPublished
Cited by73 cases

This text of 87 F.3d 937 (Mangren Research and Development Corporation v. National Chemical Company, Incorporated, and National Mold Release Company) is published on Counsel Stack Legal Research, covering Court of Appeals for the Seventh Circuit primary law. Counsel Stack provides free access to over 12 million legal documents including statutes, case law, regulations, and constitutions.

Bluebook
Mangren Research and Development Corporation v. National Chemical Company, Incorporated, and National Mold Release Company, 87 F.3d 937, 39 U.S.P.Q. 2d (BNA) 1339, 1996 U.S. App. LEXIS 16011, 1996 WL 368876 (7th Cir. 1996).

Opinion

ILANA DIAMOND ROVNER, Circuit Judge.

This diversity case involves a misappropriation claim under the Illinois Trade Secrets Act (“ITSA”), 765 ILCS 1065/1 et seq. Mangren Research and Development Corporation (“Mangren”) contends that defendants misappropriated its trade secrets in the course of developing and marketing a competing mold release agent. The claim was tried to a *939 jury, which found for Mangren and awarded $252,684.69 in compensatory damages and $505,369.38 in exemplary damages. The district court entered judgment on the jury’s verdict and later denied defendants’ renewed motion for judgment as a matter of law or for a new trial. The court also awarded Mangren its attorney’s fees and costs. Defendants contend in this appeal that Mangren did not establish any protectable trade secrets under the Illinois statute, or that defendants had misappropriated any such secrets. They further argue that the jury’s compensatory damage award is excessive and that there is no evidentiary basis for exemplary damages. For the reasons that follow, we reject defendants’ arguments and affirm the judgment below.

I.

A.

Mangren’s story is one of a grass-roots operation that made good. The company was founded in 1974 by Ted Blackman and Peter Lagergren while they were chemistry students at the University of Texas. Mangren initially manufactured dog shampoo and industrial cleaners and solvents in a garage that belonged to Blackman’s father-in-law. Eventually, however, the company began to produce mold release agents. Rubber and plastics manufacturers apply such agents to the molds and presses they use in the manufacturing process. Typically, the end-product is formed by filling a mold or press with a liquified rubber or plastic and then heating, which causes the liquid to solidify and to take the shape of the vessel containing it. The mold release agent is designed to prevent the solidifying substance from sticking to the mold during this process.

In the mid-1970s, Masonite was a major user of mold release agents. At the time, Masonite was using a DuPont product called Vydax that was primarily composed of a flurotelemer (a type of fluorocarbon). Vydax was quite expensive, however, and Masonite asked Mangren to attempt to develop a cheaper mold release agent that would be even more effective. Blackman and Lagergren then began to study and to experiment with different component chemicals. They decided that the key ingredient in their mold release agent would be a fluorocarbon resin that would impart a low surface energy to the molding surface. After eighteen months of study and testing, Mangren found that a particular type of polytetrafluoroethylene (“PTFE”) performed this function. This type of PTFE had three essential characteristics: (1) it was highly degraded; (2) it had a low molecular weight; and (3) it had low tensile strength. At the time, PTFEs having these characteristics were used only as additives in manufacturing processes; they had never before been used as the primary component of a mold release agent. Indeed, the available literature indicated that this type of PTFE was unsuited for such an application.

Mangren first began selling a mold release agent that included TL-102, a highly degraded PTFE that had a low molecular weight and low tensile strength, in 1976. Before purchasing Mangren’s product, Masonite tested it extensively to ensure its effectiveness. Masonite eventually approved the product and began using it with great success.

Once the formula was developed, Mangren’s mold release agent was relatively inexpensive to produce. 1 Because the product was extremely valuable to Masonite, however, Mangren was able to price its product high and to earn a considerable profit. Indeed, Mangren’s prices caused Masonite to investigate other potential suppliers and, at one point, even to attempt to develop its own mold release agent. Yet Masonite was unable to locate or to develop a mold release agent that could match the effectiveness of Mangren’s product.

Having had considerable success selling to Masonite, Mangren decided to market its product to others as well. It first compiled a list of companies that produced molded rubber and plastic products. Yet, because not ail of those manufacturers would have the *940 equipment necessary to use Mangren’s mold release agent, the company contacted each one individually, explaining its product and the equipment needed to use it. In this way, Mangren developed a list of potential customers, but only after devoting a considerable amount of time and effort to the project.

Even as its sales grew, Mangren remained a small company, never having more than six employees at any one time. Because its success depended on the uniqueness of its mold release agent, Mangren took a number of steps to ensure that its formula remained secret. First, all employees were required to sign a confidentiality agreement, and non-employees were not permitted in the company’s laboratory. Once chemical ingredients were delivered to the company’s premises, moreover, the labels identifying those ingredients were removed and replaced with coded labels understood only by Mangren employees. The company’s financial and other records also referred to ingredients only by their code names.

B.

The seeds of the present lawsuit were planted when Mangren made two ill-fated hiring decisions in the 1980s. First, it hired Rhonda Allen in 1986 to be its office manager. Eventually, however, Allen became Mangren’s sales manager, a position that provided her access to Mangren’s customers and its pricing policies. In 1988, Mangren hired Larry Venable, an organic chemist, to help Blackman develop a chromium-free mold release agent. Although Venable did not have prior experience with PTFE-based mold release agents, he and Blackman succeeded in developing a chromium-free product that also used a highly degraded PTFE with low molecular weight and low tensile strength.

For reasons not relevant here, Mangren terminated the employment of Allen and Venable in 1989. After holding two intervening jobs, Venable met William Lerch early in 1990. Lerch had recently incorporated defendant National Chemical Company, Inc. (“National Chemical”), which was but one of a number of companies he then owned. Venable told Lerch about his Mangren experience and about an idea he had for developing a mold release agent to be used in the rubber industry. Lerch was excited about the prospect and inquired about the market for such a product. Venable responded that Masonite was a large user and therefore a potential customer.

The two discussed the possibility that they might be sued by Mangren if they developed a competing mold release agent. Venable was especially concerned because he realized that any product he could develop would be similar to Mangren’s mold release agent. He knew, for example, that a mold release agent using TL-102 — the PTFE that Mangren used — would be “potentially troublesome” and probably would prompt a lawsuit. Lerch told Venable not to worry about a misappropriation suit and explained that he had once been accused of trade secret infringement but had won the case by changing one ingredient or proportion of ingredients in creating his product. Lerch laughed and said the same thing would happen here.

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87 F.3d 937, 39 U.S.P.Q. 2d (BNA) 1339, 1996 U.S. App. LEXIS 16011, 1996 WL 368876, Counsel Stack Legal Research, https://law.counselstack.com/opinion/mangren-research-and-development-corporation-v-national-chemical-company-ca7-1996.