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's annual incentive plans and is used in debt covenant computations. Senior management believes this measure is useful to investors because it allows 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.

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.

OnColor™ FX™ Special Effect Colorants OnColor™ FX Special Effect Colorants OnColor™ Frost PET Effect delivered customized color and anti-UV combination for hair care bottle

BUILDING MATERIALS COMPANY Q U A R T Z C O U N T E R T O P S • Offer custom color design for new product development • Provide regulatory support to help achieve compliance with new formulations • Deliver reliable color consistency • Meet high-volume, global production needs • Developed custom colorant technology to support end applications for new products • Provided effective global EH&S and regulatory support to help mitigate risk • Enabled lot-to-lot color consistency with exceptional dispersion uniformity • Met the need for a high degree of material consumption leveraging our global footprint Stan-Tone HCC Vinyl Paste Dispersions KEY REQUIREMENTS WHY AVIENT?