Reduce the heat of hydration

ZORANOC promotes the breaking and decomposition of cement particles, and the heat energy released by hydration is lower than that of ordinary concrete. At the same time, part of the heat energy released by ZORANOC is absorbed and utilized during the oxidation reaction of metal elements, so the hydration heat energy is reduced.

Reduce shrinkage and cracking

When the water consumption is reduced by 10-20%, the electrolyte is high, and the cement paste increases by more than 10%. The free lime Ca (OH) 2 reacts to form a high consistency crystalline liquid, which is not easy to precipitate and bleed. The evaporation speed of the slurry on the surface of the high electrolyte cement paste is slow, and the crystal liquid grows stably into crystal in the cement paste with stable volume, which can reduce the drying shrinkage and cracking.

Impermeability

When the cement reacts with ZORANOC, light acetylene gas will be released from the concrete surface rapidly, which will reduce the total porosity. The pores contain 97% capillary and 3% coarse pores, and the voids are small and small. Carbon dioxide is usually produced in concrete, which is released from the surface of concrete to form large voids after its accumulation reaches the critical mass. It usually contains 70% coarse pores and 30% fine pores

The cement reacts with ZORANOC to produce calcium sulphoaluminate crystals which are insoluble and chemical resistant. In the hydration process, it grows along the capillary wall to form hexagonal dendrite. When the liquid goes deep, the hexagonal dendrite will expand and reduce the diameter of capillary pores. The reduction of pore diameter can increase the hydraulic pressure and air pressure in the pores. The positive pressure generated by the reduction of pore diameter can resist the penetration and erosion of gas, liquid and other electrolytic chemical liquids such as salt, acid, alkaline, industrial waste liquid, sugar acid and petroleum. At the same time, moisture, acid. The self tension of alkali chemical liquid, petroleum and other liquids can not penetrate into the micro pores. Although the pores are very small due to the expansion and shrinkage of crystals, they still have air permeability.

Chemical resistance

The metal elements in cement produce oxidation, which will form active metal ions with charge. The charged metal ions and chemical liquids with electrolyte, such as corrosive liquid, will neutralize each other on the surface of concrete to resist the erosion of chemical substances. Its chemical resistance is better than that of acid resistant cement or high alumina cement, and has corrosion resistance.

Reduce water consumption

The higher the electrolyte, the faster the hydration speed of cement, the more volume of cement slurry, and the better the workability. Therefore, it is necessary to reduce the water consumption to maintain the best electrolyte strength and produce the largest amount of cement mortar. Main uses:

Waterproof, can be used in: underground buildings, such as subway, MRT, tunnel, diaphragm wall, underground parking, underground sidewalk, lift pit. Reservoir, swimming pool, aqueduct, high impermeability shaft, culvert. High impermeability water discharge roof, building floor, high impermeability mortar moisture-proof layer, mortar waterproof layer.

It has acid resistance and chemical resistance, and can be used for:

Sewage treatment tank, acid storage tank, oil tank. Acid resistant floor, chemical factory building, dike near the sea, wharf, freezer, etc.

It has freeze-thaw resistance and can be used in freezing room, air-conditioning room and places with large temperature change.

It is resistant to chloride ion erosion in seawater and can be used in buildings, embankments and wharfs near the sea.

It can be used in reservoir concrete, dam concrete mortar layer, bridge concrete mortar layer, concrete pavement, etc.