Aromatic Polyurea: A Closer Look at a Reliable Coating Understanding the Chemistry Aromatic polyurea develops when a resin reacts with an isocyanate through heat application under pressure. The aromatic base in this isocyanate compound determines the material's distinctive features. Th

Aromatic Polyurea: A Closer Look at a Reliable Coating Understanding the Chemistry Aromatic polyurea develops when a resin reacts with an isocyanate through heat application under pressure. The aromatic base in this isocyanate compound determines the material's distinctive features. Th

Aromatic Polyurea: A Closer Look at a Reliable Coating Understanding the Chemistry Aromatic polyurea develops when a resin reacts with an isocyanate through heat application under pressure. The aromatic base in this isocyanate compound determines the material's distinctive features. Th

Aromatic Polyurea: A Closer Look at a Reliable Coating Understanding the Chemistry Aromatic polyurea develops when a resin reacts with an isocyanate through heat application under pressure. The aromatic base in this isocyanate compound determines the material's distinctive features. Th

Aromatic Polyurea: A Closer Look at a Reliable Coating Understanding the Chemistry Aromatic polyurea develops when a resin reacts with an isocyanate through heat application under pressure. The aromatic base in this isocyanate compound determines the material's distinctive features. Th