Additive Solutions by End Application

Explore how Polymer Additives Group supports critical industries with performance-driven flame and smoke additive systems.

End Applications PAG Supports

PAG additive chemistries help engineers and formulators meet fire performance and smoke behavior requirements across building materials, EV components, and other demanding end applications using PVC, polyolefins, and specialty polymers.

Large Wooden Spools of Yellow, Blue, and Black Industrial Cabling Used in Building and Construction Applications.

Building & Construction 

Additives for PVC profiles, insulation, and composites requiring reliable flame performance, smoke control, and consistent processing.

Interior of an Airplane Cabin with Rows of Passenger Seats, Representing a Mass Transit Fire Safety Application.

Mass Transit

Solutions supporting elevated fire and smoke safety standards in aviation, rail, automotive, and transit end applications.

Open Front-loading Washing Machine Drum Representing Home Appliances Requiring Flame Retardant Additives.

Appliances

Flame retardant additives designed for thermal stability, fire resistance, and consistent processing in appliance components.

Alt Text: Bundles of Blue Data Cables Organized in a Server Rack, Highlighting Additive Applications for Communication Safety.

Wire & Cable

Additive technologies for communication, data, and power cables requiring controlled smoke behavior and dependable fire performance.

Electric Vehicle Charging Port with a Plugged-in Connector, Illustrating Additive Applications for Ev Battery Safety.

Electric Vehicles

Additives designed to manage fire, smoke, and thermal risks in EV battery housings, cable systems, and polymer components.

Alt Text: Organized Network Cabling and Server Hardware in a Data Center, Demonstrating a High-density Digital Environment.

Data Centers

Chemistries that support low-smoke, low-toxicity performance in cable and infrastructure materials used in high-density digital environments.

Ready to Optimize Your Formulation?

Work directly with PAG’s technical team to compare additive systems, solve formulation challenges, and enhance fire and smoke performance across your polymer end applications.