Cement

Cement is a finely milled mineral powder, usually grey in colour. The most important raw materials for cement production are limestone, clay, and marl. Mixed with water, cement serves as an adhesive to bind sand, gravel, and hard rock in concrete. Cement hardens both in the air and under water, and remains in its hardened state once reached.

Depending on the desired application, different types of cement – each with a specific composition – are necessary. Cement characteristics can also be modified through the use of additives. We offer our customers a broad range of cement products, including standard type cements, special cements with targeted characteristics, special geotechnical building materials and an expanded range of binders.

Bulk Cement:

CEM I 52.5R	CEM I 42.5R	CEM I 42.5 N-SR5
CEM II A-L 42.5R	CEM II A-L 42.5R	CEM II B-P 32.5R/N
HRB E3

Bag Cement

CEM II A-P 42.5R

CEM II B-P 32.5 N

MC 22.5 X

CEM II A-L 42.5R

CEM I 52.5R - Portland Cement

CEM I 42.5 Portland cement is for general building purpose and is used for manufacturing composite, monolithic constructions and structures made of high class C20/25-C45/55 concretes and ferroconcretes.

Area of usage of CEM I 42.5 cement type can be the following:

Hydro technical and sea structures built in accordance with the modern technologies

Bridges and highways
High-rise buildings and skyscrapers
Protective and bounding constructions for embarkments
tunnels and underground railroads
Airstrips

Heidelbergcement Georgia

CEM I 42.5R Portland Cement

CEM I 42.5N-SR5 Sulphate Resistant Cement

Sulfate resistant cement is an exceptional product with the following characteristics:

Intensified resistance to sulfate-containing mineral waters
Less heat of hydration
Prolonged strength development
High frost resistance

Sulfate resistanct cement is intended for hydro technical, underground and sea buildings. The product is used for manufacturing concretes with the following special compliance requisites:
Resistance to sulfate corrosions

Resistance to sulfate corrosions, when constant freezing - defrosting or drying up - dumping takes place simultaneously

Sulfate corrosion of concrete occurs as a result of the influence of natural sulfur-containing waters. After penetrating into concrete (if C2O excess is found), sulfur-containing sulfate water generates cement "Bacillus" (ettringite), which expands and activates internal pressure and tension in the concrete mass and accordingly, deformation, fracture and destruction of concrete.

HeidelbergCement

CEM II A-L 42.5R Portland Limestone Cement

CEM III/A 42.5 N Slag Cement

Blastfurnace cement produced with granulated blastfurance slag is suitable for use as an alternative to sulfate-resisting portland cement in most aggressive ground conditions.

Concrete made on the basis of this cement has following advantages:

Lower Alkani content
Resistance against sulfate attack
Reduced permeability
Reduced risk of thermal cracking
Lower Heat of Hydration
Good strength development

HeidelbergCement

CEM II B-P 32.5 N Portland Pozzolanic Cement

CEM II 32.5 Portland cement is manufactured with ecologically pure, active mineral natural pozzolanas, which improves physical-mechanical properties of cement and concrete.

CEM II 32.5 Portland cement is a widespread product and has extensive usage.

Cement type CEM II 32.5 is used for manufacturing C8/10-C25/30 class concretes, ferroconcrete, their composite and monolithic constructions such as:

Building mortars
Road-building constructions
Average height buildings
Protective and bounding constructions for sea and river embarkments
Dams and canals
Waste depots

Heidelbergcement Georgia

MC 22.5 X Masonry Cement

HeidelbergCement is also offering to consumers a new product MC 22.5 X, which is specially designed and manufactured to produce masonry mortar for the following use: