0
  1. Home
  2. Primer

Waterbased Primer

0 customer reviews Sold: 0
Awaiting product image

KSh3,500.0

  • Used as a primer before the application of all brands of roll or liquid bitumen membranes
  • In all horizontal and vertical applications
  • In base of buildings, underground storehouses and basements insulation from the direction of water (positive direction)
  • In wet areas insulation such as bathroom, kitchen, balcony
  • In parquet flooring applications with hot bituminous materials, it is applied over the screed as an undercoat
  • Applied onto construction molds for easy demolding and providing a smooth surface
    • Quantity:
    Make Order on WhatsApp
    SKU: APPWP005 Category:

    Pure bitumen emulsion supplied as a viscous liquid for water proofing to
    substructure and super structure areas in buildings and civil engineering projects.
    The coating is dark brown in colour and dries to black flexible protective film.
    The primer is produced on the base of bitumen dispersion in water; it does not contain solvents.
    The primer has a neutral smell, so it is perfectly suited for indoor works.
    The primer has a superior adhesion, bituminous membrane which adheres on the surface excellently.
    After evaporation of the water it contains, it forms a waterproof and water-insoluble layer.Its suitable for interior
    applications because of non-toxic and non-flammable content. Since its water-based,
    its environment-friendly and adheres perfectly to all kinds of surfaces.

  • Used as a primer before the application of all brands of roll or liquid bitumen membranes
  • In all horizontal and vertical applications
  • In base of buildings, underground storehouses and basements insulation from the direction of water (positive direction)
  • In wet areas insulation such as bathroom, kitchen, balcony
  • In parquet flooring applications with hot bituminous materials, it is applied over the screed as an undercoat
  • Applied onto construction molds for easy demolding and providing a smooth surface
    • 0