Saturated carboxylated polyester for combination with Triglycidylisocyanurate. Used for the formulation of outdoor durable and protective thermosetting tribochargeable powders for electrostatic... view more

Saturated carboxylated polyester for combination with Triglycidylisocyanurate. Used for the formulation of outdoor durable and protective thermosetting tribochargeable powders for electrostatic... view more

REAFREE® 4704 by Arkema is TMA-free, saturated carboxylated polyester. Exhibits good flow, high binding power and outdoor resistance. REAFREE® 4704 is used in powder coatings... view more

REAFREE® 4705 by Arkema is TMA-free, saturated carboxylated polyester. Exhibits excellent flow and outdoor resistance as well as higher Tg than REAFREE® 4703. REAFREE® 4705 is used in powder... view more

Saturated carboxylated polyester for combination with Triglycidylisocyanurate. Used for powder coatings. Offers very good flow and high gloss. Provides good mechanical properties. Possesses... view more

Saturated carboxylated polyester for combination with Triglycidylisocyanurate. Used for the formulation of outdoor durable and protective thermosetting powders for electrostatic application. Offers... view more

REAFREE® 4762 by Arkema is TMA-free, saturated carboxylated polyester. Exhibits good balance between high reactivity and mechanical properties. REAFREE® 4762 is used in powder coatings... view more

Saturated carboxylated polyester for combination with Triglycidylisocyanurate. Used for powder coatings. Offers good flow and high gloss. Provides good mechanical properties. Possesses very good... view more

REAFREE® 4781 by Arkema is TMA-free, saturated carboxylated polyester. Exhibits good balance between flow reactivity and outdoor resistance. REAFREE® 4781 by Arkema is used in powder coatings... view more

Saturated carboxylated polyester for combination with Triglycidylisocyanurate. Used for powder coatings. Offers very good flow and high gloss. Provides good mechanical properties. Possesses very... view more

REAFREE® 4783 by Arkema is TMA-free, saturated carboxylated polyester. Exhibits excellent balance between reactivity, flow, flexibility and outdoor resistance. REAFREE® 4783 by Arkema is used in... view more

Saturated carboxylated polyester for combination with Triglycidylisocyanurate. Used for the formulation of outdoor durable and protective thermosetting tribochargeable powders for electrostatic... view more

Saturated carboxylated polyester for combination with Triglycidylisocyanurate. Used for the formulation of outdoor durable and protective thermosetting tribochargeable powders for electrostatic... view more

Saturated carboxylated polyester for combination with Triglycidylisocyanurate. Used for powder coatings. Offers very good flow and high gloss. Provides good mechanical properties. Possesses very... view more

REAFREE® 4798 by Arkema is TMA-free, saturated carboxylated polyester. Exhibits excellent flow, high Tg and medium cure. REAFREE® 4798 by Arkema is used in powder coatings... view more

REAFREE® 5002 by Arkema is TMA-free, saturated carboxylated polyester. Possesses high acid value for matt “dry-blend” superdurable finishes combined with REAFREE® 5401. REAFREE® 5002 by Arkema is... view more

REAFREE® 5401 by Arkema is TMA-free, saturated carboxylated polyester. Has low acid value for matt “dry-blend” superdurable finishes combined with REAFREE® 5002. REAFREE® 5401 by Arkema is used in... view more

REAFREE® 5700 by Arkema is TMA-free, saturated carboxylated polyester. It is superdurable and exhibits excellent exterior durability. REAFREE® 5700 by Arkema is used in powder coatings... view more

REAFREE® 5701 by Arkema is TMA-free, saturated carboxylated polyester. It is superdurable and exhibits excellent exterior durability as well as improved flexibility. REAFREE® 5701 by Arkema is used... view more

REAFREE® 5707 by Arkema is TMA-free, saturated carboxylated polyester. It is superdurable and exhibits excellent exterior durability. REAFREE® 5707 by Arkema is used in powder coatings... view more