Zycoprime plus forms a water resistant cementitious bonding coat and reduces porosity of the structure. It acts as an excellent bonding agent for improving adhesion of concrete /Plaster/ Paints, on Zycosil Conc treated surfaces.
| Parameters | Zycoprime |
| Appearance | Mikly white free flowing liquid |
| Viscosity | 10-100 cps @ 25°C (77°F) |
| Specific Gravity Range | 1.03±0.02 |
| Flash Point | Water based Non Flammable |
| Odour | Low Odour |
| Solubility in Water | Complete |
| pH | 6.5 to 8 |
| Dilutent | Clean PortableWater (TDS< 1000 ppm) |
Elastobar is used to form on-site seamless cross linked elastomeric membrane on the concrete. It seals micro/ macro cracks and pores. Cracks can be filled by mixing with cement and sand.
The acrylic composition ensures excellent UV stability, high strength and elongation 200-250%
a) Forms on-site seamless cross linked elastomeric membrane barrier on the concrete (Elastocoat).
b) Seals micro/macro cracks and pores.
| Parameters | Elastobar |
| Appearance | Milky white free flowing liquid |
| pH at 25°C | 6.5 to 8 |
| Viscocity at 25°C | 25-500 cps |
| Solid Content | 50 ± 2% |
| Specific Gravity | 1.02 ± 0.01% |
| Flash Point | Water based, Non flammable |
Xypex "Concrete Waterproofing by Crystallization", a chemistry designed to work within the concrete itself instead of simply on its surface. The Xypex family of products evolved around varied applications of this unique technology and its ability to solve the problem in situations where traditional barrier system weak or ineffective. It was a technology that made a very real difference to the integrity of concrete structures.
Basic to the development of Xypex Crystalline Technology was a thorough understanding of concrete's chemical and physical makeup. Concrete is porous, Its tunnel like capilaries are a natural part of its mass, and permit the passage of water and other liquids. Researchers at Xypex recognized the opportunity for a chemical treatment that would fill these capillaries to prevent the penetration of water and other liquids from any direction. By means of diffusion, the reactive chemicals in Xypec products use water as a migrating medium to enter and travel down the capillaries of the concrete. This process precipitates a chemical reaction between Xypex, moisture and the by-products of cement hydration, forming a new non-soluble crystalline structure. This integral structure fills the capillary tracts rendering the concrete waterproof.