Aydosnew Flow 315

High-Performance Superplasticizer Concrete Additive

Standard

Ministry of Public Works Poz No: 04.613/1-A3
TS EN 934-2 Table 3.1 and 3.2: High water-reducing / superplasticizer concrete additive

Description

Aydosnew® Flow 315 is a next-generation high-performance superplasticizer concrete additive based on polycarboxylate, which significantly reduces concrete mix water, provides high early and final strength, increases workability, and prevents consistency loss.

Applications

• Concrete requiring early high strength in cold climate conditions.

• Production of all types of concrete with placement difficulties, including fine densely reinforced, unreinforced, lightweight, or normal-weight concrete.

• High-quality concretes requiring high strength and low water/cement ratio.

• Areas where early formwork removal or quick loading is required.

• Concrete requiring excellent workability and consistency retention.

• Heavy precast applications.

• Ready-mix concrete production.

• Production of self-compacting concrete (SCC).

Properties / Advantages

• Provides high early strength in a short time, especially in cold weather.

• Ensures long-lasting consistency retention.

• Prevents rapid loss of consistency in concrete.

• Improves water impermeability of concrete due to low water/cement ratio.

• Provides significant increases in both early and final strength of concrete.

• Allows high unit weight and strength potential.

• Achieves dense, good surface appearance, and less permeable concrete.

• Enables easy placement and faster strength gain, saving labor and allowing earlier formwork removal.

• Ensures normal setting time without a retarding effect.

• Reduces curing time and temperature in precast element production, resulting in energy savings.

• Provides resistance to freeze-thaw cycles.

Dosage

• For flowing and self-compacting concretes: It is recommended to use between 0.5 - 2.0 kg per 100 kg of binder (cement-microsilica-fly ash).
• The dosage of the additive may vary depending on aggregate properties, concrete grade, water/cement ratio, water quality, and ambient temperature. Therefore, it is recommended to perform preliminary trial mixes in the laboratory.
• During consistency adjustment, the high water-reduction capacity of the additive must be taken into account, and excessive water should be avoided in the mixture.

Technical Specifications