abnilshimi pure acrylic copolymers 05


  • According to the previous page, these water-based emulsion resins, are processed from acrylate monomers’ polymerization reaction only. These resins unique feature is high UV resistance compared to styrene-acrylic resins. Pure acrylic resins are mainly employed for underneath layer coating; which requires high stiffness and adhesivity, especially in buildings indoors and outdoors. Regularly, they are packed in 200 kg barrels that should be kept away from sunlight and frost. Maximum expired time for using these resins is six months after production. Pure acrylic resins are used based on different technical specifications, in industries such as construction, paint, non-woven textile and food industries.

    abnilshimi resin2

    Currently, Abnilshimi Co. produces 5 grades of pure acrylic resins with various applications. Properties make these resins qualified are:

    •  High resistance to UV
    •  High film glossity
    •  Water resistance
    •  High flexibility
    •  High adhesivity
    •  Compatibility to different fillers
    •  good ability to keep pigment and fillers
    •  Transparent film-forming after drying

    abnilshimi resin2

    Here is a summary of pure acrylic in some applications. For more information on this field, please refer to the product by the application menu.

    •  Fabric print binder
    •  roof Insulation and coating
    •  Tile adhesive
    •  Concert adhesive
    •  Non-woven sizing
    •  Aluminum foils print primer
    •  Interior paint and coating
    •  Exterior paint and coating

    To view pure acrylic resins technical specifications and downloading our products table (Abnil table) refers to next tabs.


  • Thecnical SpecificationsPure acrylic copolymersabnilshimi esfahan
    (Tg ( °C  (MFFT ( °C  (Density (gr/cm³ pH Solid (Viscosity (cP SERIES
    3- 1>  1.02±0.06  7-8  40±1 30-60 BINAB-40/P
     15+ 16  1.05±0.08  7-8  50±1 10³*(3.5-4.5) NILAB-315/P
     5-  1>  1.05±0.08  7-8  35±1    10³*(2-3) NILAB-315/PRC
     30+ 28  1.05±0.08  7-8  50±1  10³*(6-10) NILAB-330/P
     45+  50  1.05±0.08  7-8  45±1  80-150 NILAB-345/P