Calcined kaolin is treated to improve its visual appearance and electrical properties. 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. 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.

Calcined kaolin is treated to improve its visual appearance and electrical properties. 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. 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.

Calcined kaolin is treated to improve its visual appearance and electrical properties. 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. 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.

Calcined kaolin is treated to improve its visual appearance and electrical properties. 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. 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.

Learn more on how Avient's innovative dairy packaging solutions can help extend shelf life, block light effectively, enhance bottle performance, and reduce environmental impact.

ZPT proved to be very effective in protecting TPEs, reducing common bacteria populations by 99.9% or more in JIS Z2801 testing, and inhibiting fungal growth (rating = 0) according to the ASTM G21 standard.

ZPT proved to be very effective in protecting TPEs, reducing common bacteria populations by 99.9% or more in JIS Z2801 testing, and inhibiting fungal growth (rating = 0) according to the ASTM G21 standard.

Some single use applications contain various layered components, making it difficult for waste facilities to effectively separate and recycle the packaging.

Some single use applications contain various layered components, making it difficult for waste facilities to effectively separate and recycle the packaging.

Some single use applications contain various layered components, making it difficult for waste facilities to effectively separate and recycle the packaging.