Add one of many available performance enhancing additives to create a complete solution for processing and marketing your product. Technical information, design guides, processing information and more. How can you make the most of color, from design through processing?

Back Home // Products // Polymer Additives // Processing Enhancement Additives // Cesa™ Mix Additives Improve process efficiency and enhance performance with additives for rubbers and plastics Process Optimization: Cesa™ CTR

These bio-based plastisols can be used in a variety of manufacturing processes, including dip coating, dip molding, rotational molding, and cast or laminate coating. Suitable for multiple manufacturing processes Technical information, design guides, processing information and more.

CORE™ Wear-Resistant Vinyl Plastisols can be processed to provide longer service life and premium product performance, especially for products requiring greater wear-resistance. Processes on conventional production equipment; no need for extra capital investment Technical information, design guides, processing information and more.

We have internal assessment processes in place, under the oversight of our executive leaders, to identify potential human rights risks. For example, through these processes, we have identified potential human rights risks, including: protecting the health and safety of our employees and contractors, addressing modern slavery in the supply chain and preventing, minimizing and eliminating waste contamination in the environment. We have also established certain due diligence processes to identify and mitigate possible risks in our supply chain, such as in our Modern Slavery and Human Trafficking Statement.

Process Safety Incident Count (#) Process Safety Total Incident Rate (#) Process Safety Incident Severity Rate (#)

Hydrocerol improved productivity up to 20% due to lower cycle times and processability on different injection molding units. Using Hydrocerol with core-back molding technology, a process in which the mold is opened slightly to further reduce pressure and allow the foam core to expand, Avient helped the customer leverage density reduction to lower finished part weight. Added during processing, Hydrocerol is heat activated and releases gas to form a cellular foam structure, keeping the outer skin solid without voids.

Hydrocerol improved productivity up to 20% due to lower cycle times and processability on different injection molding units. Using Hydrocerol with core-back molding technology, a process in which the mold is opened slightly to further reduce pressure and allow the foam core to expand, Avient helped the customer leverage density reduction to lower finished part weight. Added during processing, Hydrocerol is heat activated and releases gas to form a cellular foam structure, keeping the outer skin solid without voids.

Hydrocerol improved productivity up to 20% due to lower cycle times and processability on different injection molding units. Using Hydrocerol with core-back molding technology, a process in which the mold is opened slightly to further reduce pressure and allow the foam core to expand, Avient helped the customer leverage density reduction to lower finished part weight. Added during processing, Hydrocerol is heat activated and releases gas to form a cellular foam structure, keeping the outer skin solid without voids.

Hydrocerol improved productivity up to 20% due to lower cycle times and processability on different injection molding units. Using Hydrocerol with core-back molding technology, a process in which the mold is opened slightly to further reduce pressure and allow the foam core to expand, Avient helped the customer leverage density reduction to lower finished part weight. Added during processing, Hydrocerol is heat activated and releases gas to form a cellular foam structure, keeping the outer skin solid without voids.