Overview
WHY USE IT
The primary advantage of Geokrete™ is Rapid setting and Curing Free nature - "can be modified to set in few seconds to minutes" depending upon the application.
Concretes, grouts and mortars made with Geokrete™ can be formulated to achieve compressive strength excess of 20 MPa or 3000 psi in less than 2 hours. It is possible to attain desired 28 days strength in 24 hrs - "Quick Return to Service".
Inherent chemistry and binding phase property make it to set in "very cold climate conditions" and "tolerate very high temperature".
The bonding strength of it is extremely high and it "can bond to anything except glass and plastic" and "highly versatile" dew to its ability to accommodate wide range of fillers and wastes.
Geokrete's highly dense microstructure along with very low porosity makes it an ideal choice to be developed applications like High temperature concreting, Castable ceramic, Biomaterials, Innovative coatings, Advanced building materials, Hazardous waste Encapsulation and stabilization.
HOW IT WORKS
A Strong, highly dense and durable matrix is formed based on the chemical reaction between inorganic polymer anions and metal cations. Faster dissolution and precipitation of constituents present in Geokrete™ results the rapid formation of the binding phase.
HOW TO USE
Geokrete™ is water sensitive and to be activated by specific quality of water depending on product. After mixing, the product needs to be used as quickly as possible.
UNIQUE CHARACTERISTICS
- Rapid Setting and Curing Free
- High Early Strength
- Expansive Nature
- Impermeable
- Superior Bonding
WIDE RANGE PERFORMANCE
- Can Set in Sub Zero Condition
- Tolerates High Temperature
- Freeze Thaw Resistant
- Co2, Acid and Alkali Resistant
APPLICATIONS
- Construction
- Rapid Construction and Repair
- Cold weather concreting
- High temperature concreting
- Coatings
- Oil well cement
- Castable Ceramics
- Biomaterials
- Radiation Shielding Materials
- Electronic Materials
- Construction Chemicals
- Building Materials
- Cool Roof Tiles
- Composite Building Materials