PAG Product Portfolio

Browse PAG product families and compare additive chemistries by performance needs, polymer compatibility, and end application.

Explore PAG Additive Chemistries

PAG additives are engineered for fire performance, smoke behavior, and processing consistency. Each product family supports specific requirements across PVC, polyolefins, and specialty polymer systems.

Molybdate-Based Smoke Suppressants

Developed to reduce smoke during combustion, PAG solutions support low-smoke performance in wire & cable, building materials, and transportation.

Antimony Trioxide

Antimony trioxide supplied through established sourcing relationships to support consistent quality and availability for traditional synergistic flame retardant systems.

a Blowtorch Flame Applies Heat to a Material Surface, Demonstrating the Protective Char Layer of an Intumescent Flame Retardant.

Non-Halogen Intumescent Flame Retardants

Designed for halogen-free formulations, these additives expand under heat to form insulating char layers that help slow flame spread and support compliance-driven end applications.

Electrical Wires Burning with a Small Flame, Illustrating the Need for Antimony Trioxide Replacement Additives.

Antimony Trioxide Replacements

Antimony trioxide replacements that reduce or eliminate ATO usage while maintaining fire performance and improving processing flexibility across multiple polymer types.

a Mound of Fine White Powder Representing Zinc Borate Flame Retardant Used for Fire and Smoke Performance.

Borate-Based Flame Retardants

Zinc borate flame retardants used to enhance flame and smoke performance while supporting processing efficiency in PVC and specialty compounds.

Polyolefins Electric Vehicles Mass Transit Smoke Suppression

Polypropylene Appliances Data Centers Smoke Suppression

Polyolefins Building & Construction Smoke Suppression

Polypropylene Wire & Cable Smoke Suppression

Polyolefins Wire & Cable

Polypropylene Building & Construction Wire & Cable

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Get product updates, technical insights, and formulation guidance to help you compare flame retardants and smoke suppressants based on polymer compatibility and performance needs.

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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.