Senior management believes these measures are useful to investors because they allow for comparison to Avient's performance in prior periods without the effect of items that, by their nature, tend to obscure Avient's operating results due to the potential variability across periods based on timing, frequency and magnitude. In addition, operating income before the effect of special items is a component of Avient annual and long-term employee incentive plans and is used in debt covenant computations. Senior management believes these measures are useful to investors because they allow for comparison to Avient's performance in prior periods without the effect of items that, by their nature, tend to obscure Avient's operating results due to the potential variability across periods based on timing, frequency and magnitude.

Effective June 30, 2020, the Company amended its existing Articles of Incorporation to change its name to Avient Corporation and changed its ticker symbol from “POL” to “AVNT”, effective at the start of trading on July 13, 2020. Failure to successfully or cost effectively integrate recent acquisitions, including APM (as defined below), could have an adverse effect on our financial condition, results of operations and cash flow. If highly effective, any subsequent test may be done qualitatively.

Talc can, however, make scratches more visible in a highly filled compound; submicron talcs, surface-treated talcs, and anti-scratch additives can mitigate this effect. These materials typically have a more favorable life cycle analysis (LCA)—the product’s lifetime effect on the environment—and a smaller carbon footprint than traditional, non-biobased fibers and fillers. It is critical to disperse metallic filler effectively in a compound to avoid backup at the injection mold gate, or opening, which can experience wear when exposed to high levels of metallic filler.

Talc can, however, make scratches more visible in a highly filled compound; submicron talcs, surface-treated talcs, and anti-scratch additives can mitigate this effect. These materials typically have a more favorable life cycle analysis (LCA)—the product’s lifetime effect on the environment—and a smaller carbon footprint than traditional, non-biobased fibers and fillers. It is critical to disperse metallic filler effectively in a compound to avoid backup at the injection mold gate, or opening, which can experience wear when exposed to high levels of metallic filler.

Talc can, however, make scratches more visible in a highly filled compound; submicron talcs, surface-treated talcs, and anti-scratch additives can mitigate this effect. These materials typically have a more favorable life cycle analysis (LCA)—the product’s lifetime effect on the environment—and a smaller carbon footprint than traditional, non-biobased fibers and fillers. It is critical to disperse metallic filler effectively in a compound to avoid backup at the injection mold gate, or opening, which can experience wear when exposed to high levels of metallic filler.

Talc can, however, make scratches more visible in a highly filled compound; submicron talcs, surface-treated talcs, and anti-scratch additives can mitigate this effect. These materials typically have a more favorable life cycle analysis (LCA)—the product’s lifetime effect on the environment—and a smaller carbon footprint than traditional, non-biobased fibers and fillers. It is critical to disperse metallic filler effectively in a compound to avoid backup at the injection mold gate, or opening, which can experience wear when exposed to high levels of metallic filler.

Talc can, however, make scratches more visible in a highly filled compound; submicron talcs, surface-treated talcs, and anti-scratch additives can mitigate this effect. These materials typically have a more favorable life cycle analysis (LCA)—the product’s lifetime effect on the environment—and a smaller carbon footprint than traditional, non-biobased fibers and fillers. It is critical to disperse metallic filler effectively in a compound to avoid backup at the injection mold gate, or opening, which can experience wear when exposed to high levels of metallic filler.

Talc can, however, make scratches more visible in a highly filled compound; submicron talcs, surface-treated talcs, and anti-scratch additives can mitigate this effect. These materials typically have a more favorable life cycle analysis (LCA)—the product’s lifetime effect on the environment—and a smaller carbon footprint than traditional, non-biobased fibers and fillers. It is critical to disperse metallic filler effectively in a compound to avoid backup at the injection mold gate, or opening, which can experience wear when exposed to high levels of metallic filler.

Talc can, however, make scratches more visible in a highly filled compound; submicron talcs, surface-treated talcs, and anti-scratch additives can mitigate this effect. These materials typically have a more favorable life cycle analysis (LCA)—the product’s lifetime effect on the environment—and a smaller carbon footprint than traditional, non-biobased fibers and fillers. It is critical to disperse metallic filler effectively in a compound to avoid backup at the injection mold gate, or opening, which can experience wear when exposed to high levels of metallic filler.

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