NOVELTY - Imageable article comprises a substrate having a surface, and an imageable film disposed upon the surface. The imageable film comprises a solvent soluble dichloroamino-functionalized polymer comprising fluoroalkylene repeat units optionally substituted by ether oxygen and 0.5-50 mole% of polycarbon fluoride repeat units (I). The dichloroamino-functionalized polymer has no crystalline melting point of above 180 degrees C that is associated with a latent heat of melting greater than 1 J/g.    USE - The imageable article is useful as a printed circuit board and a patterned surface for electrowetting (all claimed), and in photolithography, photovoltaics, and microlens arrays applications.    ADVANTAGE - The imageable article exhibits high degree of thermal and hydrolytic stability.    DETAILED DESCRIPTION - Imageable article comprises a substrate having a surface, and an imageable film or a crosslinked coating imagewise disposed upon the surface. The imageable film comprises a solvent soluble dichloroamino-functionalized polymer comprising fluoroalkylene repeat units optionally substituted by ether oxygen and polycarbon fluoride repeat units (I). The dichloroamino-functionalized polymer has no crystalline melting point of above 180 degrees C that is associated with a latent heat of melting greater than 1 J/g. The crosslinked coating comprising an azo-crosslinked polymer of formula (III) at a concentration of 0.5-50 mole%.    R1 = (CF2)aCFR2;    R3, R3a = F (preferred) or 1-6C-perfluoroalkyl optionally substituted by ether oxygen;    R2, R2a = R3, preferably CF3;    x, x1, x2, z, z1, z2 = 0-3;    a, a1, y, y1, y2 = 0-6, provided that y and z, y1 and z1, y2 and z2 cannot be 0, and no repeat unit in the backbone chain of the dichloroamino-functionalized polymer, or T1 and T2 polymeric groups has more than two vinyl hydrogens attached to it, where x, y, z and a are 1;    T1, T2 = polymeric group having backbone chain comprising fluoroalkylene repeat units optionally substituted by ether oxygen; and    R1, R1a = (CF2)aCFR2.