Omnicolor™ Multipurpose Colorants Omnicolor™ Multipurpose Colorants offer excellent color performance across a wide range of over 25 different polymers. Based on a multipurpose compatible carrier system, these concentrates deliver consistent batch-to-batch color with exceptional reliability and quality. KEY CHARACTERISTICS • Multipurpose, multi-resin colorant concentrates • Formulated with high quality, heavy metal-free pigments • Carrier system designed for compatibility across different resin systems • Samples available with quick turnaround in small lots for customer evaluation • Available in a wide range of stock and standard colors* • Low LDRs—typically 1–3% • Low minimum order quantities for both stock and non-stock colors * Color availability dependent on region or country PRODUCT BULLETIN MARKETS AND APPLICATIONS Omnicolor Multipurpose Colorants can be used for injection molding, blow molding, or profile and sheet extrusion processes.

Antimicrobial additives work to resist, inhibit and prevent the growth of microbes including bacteria and mold. Because the toothbrushes were molded in both clear and opaque resins, the team had to explore two different avenues—one that preserved clarity and one that retained opacity. Coupled with their ability to be used across a variety of different resins, These antimicrobial additives provided significant value while protecting against microbial degradation, mold and mildew.

HVAC doors are typically produced by injection molding two parts that provide structural strength and air sealing performance. In addition to the lighter weight requirement, the material needed to resist warpage after molding, a common issue for thin walled plastic parts. This formulation provided both the processability required for extremely short cycle injection-compression molding, as well as including an additive to stabilize the material when in contact with copper.

The addition of Cesa™ Release Additives to polymers during processing helps to prevent parts from sticking to the mold cavity, facilitating their removal which can lead to reduced cycle times and increased productivity. Prevents parts from sticking to the mold cavity Reusable concentrates significantly reduce time spent cleaning extrusion and injection molding equipment.

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.

Antimicrobial additives work to resist, inhibit and prevent the growth of microbes including bacteria and mold. Because the toothbrushes were molded in both clear and opaque resins, the team had to explore two different avenues—one that preserved clarity and one that retained opacity. Coupled with their ability to be used across a variety of different resins, These antimicrobial additives provided significant value while protecting against microbial degradation, mold and mildew.

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.

HVAC doors are typically produced by injection molding two parts that provide structural strength and air sealing performance. In addition to the lighter weight requirement, the material needed to resist warpage after molding, a common issue for thin walled plastic parts. This formulation provided both the processability required for extremely short cycle injection-compression molding, as well as including an additive to stabilize the material when in contact with copper.

HVAC doors are typically produced by injection molding two parts that provide structural strength and air sealing performance. In addition to the lighter weight requirement, the material needed to resist warpage after molding, a common issue for thin walled plastic parts. This formulation provided both the processability required for extremely short cycle injection-compression molding, as well as including an additive to stabilize the material when in contact with copper.

The Silcosperse EC series is based on varying technologies, ranging from single wall carbon nano tubes (SWCNT) and multi-wall carbon nano tubes (MWCNT), to conventional grades of conductive carbon black (CB) in higher dosing percentages. CB is also available as a European food regulation compliant grade. 0 10 20 30 40 50 60 70 1.00E+18 1.00E+16 1.00E+14 1.00E+12 1.00E+10 1.00E+08 1.00E+06 1.00E+04 1.00E+02 1.00E+00 INSULATIVE ANTISTAT DISSIPATIVE CONDUCTIVE KEY CHARACTERISTICS • Delivers a range of properties from anti-static through conductive • Achieves greater conductivity levels with lower loadings in single- and multi-wall nanotubes • Anti-static performance available at lower doses • Dark color options, such as browns, blues or reds, available at lower dosages in single-wall nanotubes • Suitable for peroxide- or platinum-cured silicone formulations MARKETS AND APPLICATIONS Silcosperse EC Electrically Conductive additive dispersions are found in a variety of markets, including transportation, energy, electrical & electronics, and the films & coatings industry.