Osmose, Inc. v. Viance, LLC

CourtCourt of Appeals for the Eleventh Circuit
DecidedJuly 30, 2010
Docket09-15563
StatusPublished

This text of Osmose, Inc. v. Viance, LLC (Osmose, Inc. v. Viance, LLC) is published on Counsel Stack Legal Research, covering Court of Appeals for the Eleventh Circuit primary law. Counsel Stack provides free access to over 12 million legal documents including statutes, case law, regulations, and constitutions.

Bluebook
Osmose, Inc. v. Viance, LLC, (11th Cir. 2010).

Opinion

[PUBLISH]

IN THE UNITED STATES COURT OF APPEALS

FOR THE ELEVENTH CIRCUIT ________________________ FILED U.S. COURT OF APPEALS ELEVENTH CIRCUIT No. 09-15563 JULY 30, 2010 ________________________ JOHN LEY CLERK D. C. Docket No. 09-00023-CV-JTC-3

OSMOSE, INC.,

Plaintiff- Counter Defendant- Appellee,

TIMBER PRODUCTS INSPECTION, INC.,

Plaintiff,

versus

VIANCE, LLC, ROCKWOOD HOLDINGS, INC., STEPHEN B. AINSCOUGH, a.k.a. Steve Ainscough, SEIFOLLAH E. GHASEMI, a.k.a. Seifi Ghasemi, CHRISTOPHER R. SHADDAY, a.k.a. Chris Shadday,

Defendants-Counter- Claimants-Appellants,

versus PAUL GOYDAN,

Cross-Defendant- Counter-Defendant,

STEPHEN C. REEDER, et al.,

Counter-Defendants.

________________________

Appeal from the United States District Court for the Northern District of Georgia _________________________

(July 30, 2010)

Before BLACK, HULL and ANDERSON, Circuit Judges.

ANDERSON, Circuit Judge:

This appeal concerns a preliminary injunction entered in a false advertising

case under § 43(a) of the Lanham Act, 15 U.S.C. § 1125(a). Viance, LLC

(“Viance”) released several advertising statements expressing serious safety

concerns regarding the use of wood treated with Osmose, Inc.’s (“Osmose”)

copper-based wood preservative called MCQ.1 In response to these

1 Osmose and Viance both named several officers and employees of the other as defendants or counter-defendants in their respective claims and counterclaims. We will refer to the parties as Osmose and Viance.

2 advertisements, Osmose brought this suit against Viance, alleging that the

advertisements constituted false advertising in violation of § 43(a) of the Lanham

Act and various state laws because certain studies performed by Viance did not

support the broad safety concerns raised in the advertisements. Viance responded

in kind via counterclaims, alleging that Osmose had engaged in false advertising

of its own by releasing advertisements that inaccurately bolstered its MCQ

product. Each side moved for a preliminary injunction. After a lengthy hearing,

the district court granted Osmose’s motion for a preliminary injunction against

Viance, but denied Viance’s motion for a preliminary injunction against Osmose.

Viance appeals only the entry of injunctive relief against it. After careful review,

we affirm in part, vacate one provision of the injunction and remand the balance

with instruction that it be modified to remove any First Amendment concerns.

I. BACKGROUND

Viance and Osmose are competitors in the wood preservative market. Each

develops, manufactures, and sells preservatives used to protect wood against rot,

decay, and insect attack. Both companies sell copper-based wood preservatives,

but the products differ in how the copper is introduced in the wood. Viance

manufactures and sells a preservative called ACQ, which stands for alkaline

copper quaternary. In ACQ, copper is solubilized in a solution. Throughout the

3 early part of this decade, ACQ was the dominant product in the market. At that

time, Osmose used the technology in its own products under a license from

Viance.

In the early 2000s, Osmose also began to develop a new technology that

used micronized copper suspended in solution, instead of solubilized copper as

used in ACQ. Osmose trademarked this technology and markets it as MicroPro.

Osmose used the MicroPro technology to create a wood preservative to compete

with ACQ. It called this new preservative MCQ, which stands for micronized

copper quaternary. Osmose began marketing its MCQ product in early 2006.

Osmose has obtained certification from the ICC Evaluation Service – an

association that issues evaluation reports for building products and material to

determine whether they comply with model building codes – for its MCQ product,

but MCQ has not been certified by the America Wood Protection Association

(AWPA). Viance’s ACQ is approved by both organizations. The development of

MCQ has eaten into ACQ’s share of the wood preservative market.

After the introduction of MCQ into the market, Viance began testing the

efficacy of MCQ.

A. Viance’s Testing

1. SEM Testing

4 Viance’s first step was to purchase commercially available MCQ-treated

wood and send it to a lab to be analyzed using a scanning electron microscope

(SEM). Viance theorized that, unlike the soluble copper ions found in ACQ, the

suspended micronized copper particles found in MCQ might not penetrate the

wood in sufficient quantities to provide the necessary protection against

microorganisms that produce soft rot. It sought to verify this concern through

SEM testing. According to Viance, the SEM results verified its doubts because

the studies showed insufficient penetration of copper into the cell walls and a

concentration of copper in the cell walls of MCQ-treated wood that was

significantly lower than ACQ-treated wood. Dr. Kevin Archer of Viance

presented the findings at the 2007 International Research Group on Wood

Protection conference. In his presentation, Dr. Archer concluded that the copper

concentration in the cell walls of MCQ-treated wood was significantly lower than

in wood treated with ACQ but that the long term performance implications in

ground contact were unknown. Dr. Archer did not produce a paper describing the

methods and results of the SEM tests in conjunction with his presentation.

2. Field Stake Testing

Viance then undertook field stake tests on MCQ-treated wood. Field stake

tests are an accepted method of testing the effectiveness of a wood preservative.

5 In the tests, stakes are treated with preservative and placed in the soil. The stakes

are then evaluated periodically for decay. Stakes treated with the preservative

being tested are often measured against untreated stakes and stakes treated with a

proven preservative to evaluate the tested preservative’s relative performance.

The tests performed by Viance began in April and May of 2007 in Hilo, Hawaii,

and Tanegashima, Japan. For these particular tests, Viance bought commercially

available square posts treated with either ACQ or MCQ and cut stakes from the

corners of each.2 Viance hired Dr. Darrel Nicholas, a wood scientist at Mississippi

State University, to inspect and rate the stakes. He concluded that MCQ stakes

were “performing poorly” and that “it is apparent that the MCQ formulation is not

performing in ground contact as would be expected for a commercial wood

preservative.” He qualified his findings, however, by noting that additional data

would be required to confirm his concern about the performance of MCQ-treated

products. Dr. Nicholas has not inspected the stakes since his initial inspection.

3. In-Service Testing

2 By using this technique, two sides of each stake were treated and two untreated. The district court noted that Viance did not field coat the untreated sides of the stakes. Osmose argues that Viance did not follow the AWPA’s E7 protocol for field stake tests because Viance used pre-treated wood and cut non-standard stake sizes. Viance does not dispute that it did not strictly follow the E7 protocol.

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