Polymer concrete and thin thickness

Product description

Conventional concrete for flooring should be at least 8 cm thick. This concrete is designed with polymer additives for spaces with limited loading, leveling, and height, and has been implemented in about 500,000 square meters in projects such as the Amburan Hotel in Azerbaijan, the Ice Cream Factory (Iraq), the Grand Bazaar of Iran (Iranmal), the Central Branch of Parsian Bank, and… since 2014. Terrazzo is made up of marble, granite, quartz, glass, or other suitable materials.

What is the difference between balance concrete and mosaic concrete?

The difference between balance and mosaic concrete is in the ratio of cement to aggregate, polymer, additives, and fibers. Balance concrete is at least 30 percent aggregate and 70 percent cement, polymer (Portland cement), additives, and fibers. Balance concrete is poured 2 to 3 centimeters thick on a concrete base and leveled. It is then sanded using a sanding machine.

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Benefits

Waterproof
Colorable
Very low permeability
Good adhesion to the underlying layer
Dynamic and static load resistance
Extremely high abrasion and impact resistance
Suitable substrate for resin coatings.

Technical information

Color: Can be applied in various colors and using colored aggregates and glass of different sizes.
Thickness: Can be applied up to at least 2 cm.
Durability and strength: The ingredients of this concrete include superplasticizer, microsilica, concrete fibers, etc., which provide extremely high resistance, durability, and adhesion in various environmental conditions.

Benefits

Waterproof
Colorable
Very low permeability
Good adhesion to the underlying layer
Dynamic and static load resistance
Extremely high abrasion and impact resistance
Suitable substrate for resin coatings.

Technical information

Color: Can be applied in various colors and using colored aggregates and glass of different sizes.
Thickness: Can be applied up to at least 2 cm.
Durability and strength: The ingredients of this concrete include superplasticizer, microsilica, concrete fibers, etc., which provide extremely high resistance, durability, and adhesion in various environmental conditions.