Denber company’s anticorrosive paint system

Denber company’s anticorrosive paint system

Denber company's anticorrosive paint system www.denber-paints.co.il

Denber company’s anticorrosive paint system www.denber-paints.co.il

Guide for determining recommended color systems according to different exposure conditions.

Table A:  List of paint systems for metallic surfaces with/without galvanization exposed to atmospheric corrosion and solar radiation.  and

Denber company's anticorrosive paint system. www.denber.net

Denber company’s anticorrosive paint system. www.denber.net

Guide for determining recommended color systems according to different exposure conditions.

The name of the color system Field preparation is required technical parameters primer intermediate layer top layer Average thickness of the system Minimum thickness of system
AS1 overhead black steel structures outsideLow/moderate exposure to corrosion Sa2.5 Name the color Danbrust phenolic element Intermediate phenolic Danbrust Upper phenolic topacolor
Dry layer thickness 50-60Micron 50-60Micron 40-50 microns 140 microns 110 microns
AS2 overhead black steel structures outsideModerate exposure to corrosion Sa2.5 Name the color D Nebrost phenolic element Intermediate phenolic Danbrust Upper phenolic topacolor
Dry layer thickness 60-70Micron 60-70Micron 30-40 microns 180 microns 150 microns
AS3 overhead black steel structures outsideHigh exposure to corrosion Sa2.5 Name the color Epoxidan 19 HB Antirust and aluminum sulcoat epoxy Danberglus chemical
Dry layer thickness 90-100Micron 150-160Micron 50-60 microns 300 microns 250 microns
AS4 overhead black steel structures outsideCorrosive atmosphere and splashes Sa2.5 Name the color Epoxidan 19 HB Antirust and aluminum sulcoat epoxy Danberglus chemical
Dry layer thickness 150-160Micron 150-160 microns 50-60 microns 350 microns 300 microns
AG1 Surface galvanized steel structures outsideLow/moderate exposure to corrosion Sa2.5 Name the color Totagum Galvin Upper phenolic topacolor
Dry layer thickness 40-50Micron 40-50 microns 80 microns 70 microns
AG2 exterior galvanized steel structuresModerate exposure to corrosion Sa2.5 Name the color Totagum Galvin Upper phenolic topacolor
Dry layer thickness 60-70Micron 50-60 microns 120 microns 100 microns
AG3 exterior galvanized steel structuresHigh exposure to corrosion Sa2.5 Name the color Zn galvanizing epoxy Aluminum sulcoat epoxy Danberglus chemical
Dry layer thickness 40-50Micron 100-110 microns 50-60 microns 200 microns 160 microns

Denver company’s anticorrosive paint system

Guide for determining recommended color systems according to different exposure conditions.

Table B:  List of paint systems for steel constructions, exposed to corrosion under conditions of permanent or occasional immersion (storage and conveyance of water, sewage and seawater). and

The name of the color system Field preparation is required technical parameters primer intermediate layer top layer Average thickness of the system Minimum thickness of system
IS1  black steel internal wall of potable water tank/piping Sa2.5 color name Epoxydan 2300 and epoxy 2300
Dry layer thickness 240-250Micron 250-260 microns 500 microns 400 microns
IS2  black steel inner wall tank/sewage piping, sea water Sa2.5 color name Epoxydan 2300 and epoxy 2300
Dry layer thickness 240-250Micron 250-260 microns 500 microns 400 microns
  • This color system is approved in TA 5452 f

  Table C:  List of paint systems for steel constructions exposed to soil corrosion (underground corrosion). and

The name of the color system Field preparation is required technical parameters primer intermediate layer top layer Average thickness of the system Minimum thickness of system
BS  Exterior underground structures Moderate to high corrosive soil level Sa2.5 color name Epoxidan 19 HB Antirust epoxide 3308 and epoxide 3308
Dry layer thickness 150-160Micron 270-280 microns 270-280 microns 700 microns 550 microns