Surface Protection Systems

Surface Protection Systems

Exposed building exteriors are subjected to a number of environmental factors which are capable of causing damage to the surface or even the structure itself. Surface protection not only ensures an aesthetically pleasing surface but reduces the cost to maintain the surface. Coatings are available for resistance against liquids as well as graffiti protection.

Why MC-Surface Protection Systems?

MC-Surface Protection Systems offer unique benefits such as fire protection, graffiti protection and more. The Emcephob product range complies with relevant European standards (DIN EN) and due to less maintenance and cleaning, are more environmentally friendly. Products such as Emcephob HC can be used on concrete surfaces and brick walls without leaving a film and thus preserving the original appearance of the surface.

Environmental Conditions System Most important advantages
Hydrophobic agent
Conditional moisture protection of weather exposed concrete surfaces Building coated with moisture protection coating.
  • water-based
  • reduces water absorption
  • increases frost-thaw resistance
  • Hydrophobic cream
  • reduces water absorption
  • increases frost-thaw resistance
Coating for non-accessible and non-driven-on surfaces
Weather exposed concrete surfaces in spray and splash zones of de-icing salts
  • open to diffusion (SDH2O = 1.9 m)
  • carbonation inhibiting (SDCO2 = 387 m)
  • short overcoating times
  • open to diffusion (SDH2O = 0.1 m)
  • carbonation inhibiting(SDCO2 = 204 m)
  • short overcoating times
  • open to diffusion (SDH2O = 3 m)
  • carbonation inhibiting(SDCO2 = 274 m)
  • according to DIN EN 13501-1
  • material class A2, s1, d0
  • fulfills all special requirements for tunnel structures
Coating for non-accessible and non-driven-on surfaces – plus graffiti protection
Weather exposed concrete surfaces in spray and splash zones of de-icing salts Demonstration of easy removal of unwanted material from a coated surface.
  • open to diffusion (SDH2O = 1.25 m)
  • carbonation inhibiting(SDCO2 = > 3,000 m)
  • permanent graffiti protection
Coating with increased resistance for non-accessible and non-driven-on surfaces
Weather exposed concrete surfaces in spray and splash zones of de-icing salts Building with surface protection.
  • requires no curing
  • open to diffusion (SDH2O = 3 m)
  • carbonation inhibiting(SDCO2 = 274 m)
  • according to DIN EN 13501-1
  • material class A2, s1, d0
  • fulfills all special requirements for tunnel structures
  • open to diffusion (SDH2O = 3 m)
  • carbonation inhibiting(SDCO2 = 274 m)
  • according to DIN EN 13501-1
  • material class A2, s1, d0
  • fulfills all special requirements for tunnel structures
  • open to diffusion (SDH2O = 0.1 m)
  • carbonation inhibiting(SDCO2 = 204 m)
  • curing including
  • open to diffusion (SDH2O = 1.9 m)
  • carbonation inhibiting(SDCO2 = 372 m)
  • curing included
  • open to diffusion (SDH2O = 0.1 m)
  • carbonation inhibiting(SDCO2 = 204 m)
  • curing included
  • according to DIN EN 13501-1
  • material class A2, s1, d0
  • open to diffusion (SDH2O = 1.9 m)
  • carbonation inhibiting(SDCO2 = 372 m)
  • curing included
  • according to DIN EN 13501-1
  • material class A2, s1, d0
Coating with increased resistance for non-accessible and non-driven-on surfaces – plus graffiti protection
Weather exposed concrete surfaces in spray and splash zones of de-icing salts Coated surfaces with increased resistence.
  • open to diffusion (SDH2O = 0.1 m)
  • carbonation inhibiting(SDCO2 > 3,000 m)
  • permanent graffiti protection
  • according to DIN EN 13501-1
  • material class A2, s1, d0
Coating with increased resistance for non-accessible and non-driven-on surfaces – plus graffiti protection
Weather exposed concrete surfaces in spray and splash zones of de-icing salts
  • open to diffusion (SDH2O = 0.1 m)
  • carbonation inhibiting(SDCO2 > 3,000 m)
  • permanent graffiti protection
  • according to DIN EN 13501-1
  • material class A2, s1, d0
Polymer-cement-mixture – Coating with at least low crack-bridging properties for non-accessible and non-driven-on surfaces
Weather exposed concrete surfaces in spray and splash zones of de-icing salts. Suitable for structural components with surface-near cracks
  • open to diffusion (SDH2O = 1.1 m)
  • carbonation inhibiting(SDCO2 = 577 m)
  • requires no curing
  • crack-bridging class B3.1 (–20 °C)
Polymer-dispersion – Coating with at least low crack-bridging properties for non-accessible and non-driven-on surfaces
Weather exposed concrete surfaces in spray and splash zones of de-icing salts. Suitable for structural components with surface-near cracks Surface with protective coating on underside of bridge.
  • open to diffusion (SDH2O = 0.6 m)
  • carbonation inhibiting(SDCO2 = 607 m)
  • requires no curing
  • crack-bridging class B2 (–20 °C)
  • requires no curing
  • open to diffusion (SDH2O = 0.6 m)
  • carbonation inhibiting(SDCO2 = 589 m)
  • crack-bridging class B2 (–20 °C)
  • requires no curing
  • open to diffusion (SDH2O = 0.6 m)
  • carbonation inhibiting(SDCO2 = 589 m)
  • crack-bridging class B3.1 (–20 °C)
Polymer-dispersion – Coating with at least low crack-bridging properties for non-accessible and non-driven-on surfaces
Weather exposed concrete surfaces in spray and splash zones of de-icing salts. Suitable for structural components with surfacenear cracks Seaside structure with surface protection which bridges cracks.
  • open to diffusion (SDH2O = 0.6 m)
  • carbonation inhibiting(SDCO2 = 589 m)
  • curing included
  • crack-bridging class B2 (–20 °C)
  • open to diffusion (SDH2O = 0.6 m)
  • carbonation inhibiting(SDCO2 = 589 m)
  • curing included
  • crack-bridging class B2 (–20 °C)
Coating with increased crack-bridging properties for accessible and driven-on surfaces
Weather exposed concrete surfaces in spray and splash zones of de-icing salts. Suitable for structural components with surfacenear cracks and/or separating cracks and scheduled mechanical load Parking building flooring coated with surface protection system for driven surfaces.
  • resistant to wear and abrasion
  • low coverage rates
  • crack-bridging class B3.1 (–20 °C)
  • ca. 5.0 kg/m2