Goodcrete DPS can be used for waterproof for all the concrete and cement structures and prevent other moisture associated problems. When it is used in the following circumstances, it can make more cost-effectiveness:

a)Airport Runways

b)Bridges

c)Aisles

d)Buildings

e)Concrete Roads-Highways

How does Goodcrete DPS work?

Goodcrete DPS penetrates below the surface and chemically reacts with the alkali substances and lime found in the concrete. This reaction can be divided into two stages: First, within the capillaries of the concrete, it will create a silica gel membrane and after the water of the silica gel membrane evaporates, the silica gel membrane will solidify into a crystalline structure. Second, through the reaction the solidifying crystal will get into the capillaries and small cracks of concrete , permanently sealing to improve its compactness yet allowing the concrete to breathe. Over a period of time the silica gel membrane hydrates and solidifies into a crystalline structure, increasing moisture vapor emissions both on the positive or negative side.Using Goodcrete DPS, the conctete can still breathe well.

a) Low viscosity( 2-3 cps)and surface active agents can make Goodcrete DPS penetrate deep into the concrete matrix.

b)In the concrete pores and capillaries, the catalyst makes it have a chemical reaction, resulting in the insoluble hydrophilic and absorbent crystals.

c)The crystals seal the concrete pores and capillaries to prevent the transmission of water and moisture of the positive or negative side of the concrete slab.

d)The crystals not only have hydrophilic function but also have water absorption function. In wet climates or in the conditions of having moisture, Goodcrete DPS water absorption function makes the crystals expand and fill the holes so as to prevent moisture extension.

e)Goodcrete DPS hydrophilic function makes the crystals grow along the direction of moisture source; thereby it forms a permanent wet barrier at the wet source.

f) In dry climates, in the desorption process, the crystals release moisture and shrink to the initial size. The expanding and shrinking functions of crystals can make the concrete breathe continuously.