What is nanocement (low water demand cement)?Modern construction in developed countries prioritizes producing high-quality, high-tech concretes (High Performance Concrete) with superior engineering and operational properties: strength, water resistance, frost resistance, reliable protective properties for steel reinforcement, and durability. Such concretes, made from highly mobile and castable mixtures with limited water content, achieve:
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Nanocement allows for a RADICAL reduction in production time and costs for consumers of the products
Ultimate strength of normally cured specimens, MPa
At 2 days age
Ultimate strength of normally cured specimens, MPa
At 7 days age
Ultimate strength of normally cured specimens, MPa
At 28 days age
Specific indicators per ton of cement, kg
Reduction in the use of expensive raw materials (clinker) - up to 70%
Reduction in electricity and gas consumption by 40%
Increase in the production capacity of existing grinding lines by 20%
Low capital costs for technological line modernization
Fast payback period of 1.5-2 years, due to low capital costs for setting up production, as it does not require high capital investments for raw material extraction and kiln firing, unlike traditional cement plants
Reduced production costs, due to decreased expenses for producing expensive raw material (clinker) and its substitution by up to 70% with cheap substitutes (sand, slag), as well as through automation of the technological line
Production costs are reduced due to decreased expenses for producing expensive raw material (clinker) and its substitution by up to 70% with low-cost substitutes (sand, slag), as well as through automation of the technological line.
High demand for nanocements - based on industrial trials conducted in the Republic of Kazakhstan and abroad, increased interest in the product has been identified, as it surpasses traditional Portland cement in quality indicators and has an attractive production cost
The company "Cobalt Group" specializes in developing construction technologies, improving the economic efficiency of manufactured materials, and enhancing the performance properties of manufactured materials.