Maxxam™ Polyolefin Formulations
Durable and Impact Resistant
Maxxam™ formulations are based on polypropylene and polyethylene resins and can be filled and reinforced to satisfy the required performance characteristic. They can be blended with glass, minerals, impact modifiers, colorants and stabilizer systems, providing customized solutions to meet specific application needs.
This customization makes Maxxam™ formulations suitable for use across many industries including transportation, industrial, consumer, electrical and electronic, and building and construction.
Maxxam™ formulations are only available outside of North America.
Impact
- Customized performance characteristics depending on application needs
- Good stiffness, durability, impact resistance and UV stability
- Can be formulated for injection molding, extrusion or blow molding processes
- Applicable to the transportation, industrial, consumer, electrical and electronic, and building and construction industries
Resources
Marketing + Technical Info
Browse and download our literature to learn more about Avient solutions and services.
Technical Literature
Technical information, design guides, processing information and more.
Safety Data Sheets
Important information about the health, safety and environmental impacts of Avient products.
| NAME | CATEGORY | DESCRIPTION | |
|---|---|---|---|
| Coaxial Signal Cable Jacket | Case Study (Snapshot) | Maxxam™ Polyolefin Formulations provided excellent performance with low dielectric constant to make the jacket layer of signal cables have low capacitance loss | View |
| Copper Resistance and Processability for HVAC Mechanical Door | Case Study (Snapshot) | Customized Maxxam™ formulation provides copper resistance and improved processability for HVAC mechanical door | View |
| Electric Vehicle Part | Case Study (Snapshot) | Maxxam polyolefin replaces aluminum and reduces weight in electric vehicle part | View |
| HVAC Door Flap - Denso - Case Study | Case Study | Maxxam™ Polyolefin Formulations solution exceeded performance requirements, eliminated overmolding, and reduced cycle times. | View |
