Flow Marks Back fills Filling from thin to thick sections. Uneven filling of section.

OMNICOLOR™ MULTIPURPOSE COLORANTS Polyethylene 1% Polypropylene 1% GP Polystyrene 1% HI Polystyrene 1–2% Acrylics (Opaque) 1% PBT Polyester 1% PET Polyester 1% Polyurethane 1–2% Polyamide (Nylon) 1% Acetal 1% SAN 1% ABS 1–3% PVC 1–3% Polycarbonate 1% Thermoplastic 1–3% Alloys & Blends 1–3% EVA 1% Filled Polymers 1–3% RECOMMENDED ADDITION RATES CONCENTRATE SELECTION Omnicolor colorants are generally selected because of their versatility where a wide range of polymers are processed and their availability for sale in small quantities. The hiding power of the formulations does differ, and should be tested in all opaque and filled polymers before starting production. The range of world- class services includes: COLOR TECHNOLOGY Custom matching, saturated colors & special effects to fill market niches and eliminate secondary operations.

X 41278-0002A GF filled TOPAS 3095-BUA80 PP BLUE MASTERBATCH PP FR 8-6 LMS-1000

ECCOH™ PF 4142 - Gel Filled Central Loose Tube Cable ECCOH™ 5806 - Gel Filled Tight Buffer Aerial Cable PP-R and PP-RCT Pipe & Fittings

ECCOH™ PF 4142 - Gel Filled Central Loose Tube Cable ECCOH™ 5806 - Gel Filled Tight Buffer Aerial Cable PP-R and PP-RCT Pipe & Fittings

ECCOH™ PF 4142 - Gel Filled Central Loose Tube Cable ECCOH™ 5806 - Gel Filled Tight Buffer Aerial Cable PP-R and PP-RCT Pipe & Fittings

This enhancement makes Cesa Raise an excellent solution for a wide range of applications in the food industry, including hot steam sterilization, hot-fill, and microwave use, as it is created for containers that need to withstand higher temperatures. Excellent for hot steam sterilization, hot-fill, and microwave applications, expanding the range of products that can be packaged

Custom TPE solutions are available for; cold fill, aseptic, hot fill, pasteurized and retort processing conditions.

When separating stacked containers during food packaging filling operations, nested containers that stick together can cause costly manufacturing disruptions, such as picking errors, scrap generation, and equipment downtime. A denesting additive lets trays and containers be more easily separated during manufacturing and filling without affecting the quality of the package.

Teams from all three companies worked together to develop new designs based on Trilliant™ Healthcare Radiation Shielding Compound, a high-density, metallic-filled material. The material, a highly filled polymer based on Avient’s Gravi-Tech™ technology, is specifically formulated to address health care industry needs and regulations.