FLUID SRA

Hydraulic shrinkage reduction additive for mortars

Code: ADX.0060

Components: 1

Appearance: Liquid

Concentrated liquid additive formulated for reducing shrinkage in cement mortar plastic phases. Reduces shrinkage by over 50% compared to the same mixture without additive, especially when conditions for curing are not possible in a humid environment. Excellent in combination with anti-shrinkage and structural fibres for the realization of works with high structural performances. It can be used in some thixotropic and castable structural mortars of the REPAR and GROUT families according to the quantities reported in the respective technical data sheets.

Customs Code

3824 4000

Linee di appartenenza

General characteristics

Density: 0.97±0.03 kg/dm³

Shelf-life: 6 months

Solvent-free

Use wearing protective glasses

Use wearing protective gloves

Available colours

- Transparent

Packaging and dimensions

- Bottle 1 kg

- Plastic can 5 kg

- Plastic can 25 kg

Consumption

Add 4 to 6 kg of FLUID SRA for each cubic metre of mixture to be made (0.05 - 0.07 kg for each 25 kg bag of cement mortars of the REPAR and GROUT families).

Use fields

For high volumetric stability mortars. Reduces cracking caused by shrinkage in cement mortar plastic phases. Reduction of free air shrinkage of some structural mortars of the REPAR and GROUT families (particularly useful when wet curing conditions of structural mortars are not possible).

Use method

FLUID SRA must be added to the mortar, after adding the mixing water to the cement mixer. After addition, mix appropriately before casting. The dosage of normal use is indicatively 1% with respect to the weight of the binders.

Application methods

- To be added to other components

Tool cleaning

- Water

Permitted supports

- Cement-based or lime-based mortars

Warnings, precautions and Ecology

Under normal conditions, use of the shrinkage reduction additive may lead to a reduction in the mechanical strength of the mixture up to a maximum of 10%. Use of the additive must, therefore, be approved by designer and mixture corrected according to required residual resistances.