AKRUS® Epoks S (primer-enamel)

The product is a two-component, anti-corrosion, high-strength, chemical-resistant primer coating based on modified epoxy resins. Two versions are available: summer and winter.
Application for the sample
Protection from moisture
Mechanical strength
For tanks with fertilisers.

Characteristics

  • Stock availability
    Moscow
  • Origin country
    Russia
  • Area of application
    Anti-corrosion coatings
  • Packaging
    20 kg base (component A) / 2 kg hardener (component B)
  • Shelf life
    24 months
  • Type of coating
    Primer, external
  • Color
    Gray, the shade is not normalized
  • Suggested area of application
    It is used during the new construction of vessels and the repair of all steel external and internal surfaces of the vessels (underwater side, belt of high -water variables, surface sides, decks, superstructures, cargo tricks, external walls of tanks for transporting oil and oil products, as well as other structures operating in complex atmospheric conditions, sea and fresh water). It has good abrasive resistance.

Areas of application

Industrial facilities
Bridges, steel structures
Power plants

Compatible coatings

AKRUS® Epozinc (primer) AKRUS ®

AKRUS® Epozinc (primer)

For metal structures
  • Color: Gray
  • Type: Primer, external
The material is a two-component system comprising a suspension of zinc dust and fillers in an epoxy resin solution.
AKRUS® Constructive GR AKRUS ®

AKRUS® Constructive GR

Fire-resistant coatings
Structural fire proofing coating is a combined two-layer coating containing the following fire proofing materials - 1st layer - coating based on thermal insulation composition 'AKRUS® TM'; - 2nd layer - coating based on the fire-retardant composition "AKRUS® R(GR)".
AKRUS® R (flame retardant material) AKRUS ®

AKRUS® R (flame retardant material)

Fire-resistant coatings
  • Color: White
  • Type: Flame retardant coating
The flame-retardant thermally expanding (intumescent) formula is an organic solvent suspension of pigments and target fillers in an acrylic polymer solution. Upon exposure to elevated temperatures (approximately 250°C), the material expands and forms a protective layer of carbon phosphate foam, preventing the heating of structures.
AKRUS® R (E) (flame retardant material) AKRUS ® +2

AKRUS® R (E) (flame retardant material)

Fire-resistant coatings
  • Color: Gray
  • Type: Flame retardant coating
The flame-retardant thermally expanding (intumescent) material is formulated as a two-component system. The initial component is a polymer composition based on epoxy resin, which is reinforced by the addition of mineral and target fillers. The second component is a hardener, which is a homogeneous viscous liquid of brown colour.
AKRUS® Poliur (enamel) AKRUS ®

AKRUS® Poliur (enamel)

For metal structures
  • Color: It is tinted according to the RAL standard
  • Type: Enamel, external
A two-component polyurethane coating comprising a base and a hardener. The base is a suspension of pigments and fillers in acrylic polyol. The hardener is an aliphatic polyisocyanate. The coating exhibits high anticorrosive properties, light and weather resistance, chemical resistance, and high decorative features.
AKRUS® Epoks (primer) AKRUS ®

AKRUS® Epoks (primer)

For metal structures
  • Color: Yellow
  • Type: Primer, external
A two-component system comprising a base and a hardener, a suspension of pigments and fillers in a solution of epoxy resins in organic solvents. The amine-type hardener is a specific type of hardener. The coating based on the "AKRUS®" system exhibits high anticorrosive properties, as well as weather and chemical resistance.
AKRUS® R (GR) (flame retardant material) AKRUS ®

AKRUS® R (GR) (flame retardant material)

Fire-resistant coatings
  • Color: Dark grey
  • Type: Flame retardant coating
Fire protection thermally expanding (bloating agent) composition is an organically dilutable material. It is based on oxidised graphite. When exposed to high temperatures, the graphite expands to form a protective foam layer with low thermal conductivity, preventing metal structures from heating up.

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