PlastFluid 16X
Mid-Range Superplasticizing concrete admixture for Precast Concrete
PlastFluid 16X acts by surface absorption on the cement particles producing steric hindrance as well as electrostatic repulsion between the binder particles resulting in:
Easier control during casting due to sufficient retention period and high early strength development, high water reduction (leading to high density and strength) even in double or triple blend mixes (e.g. cement, GGBS, and silica fume).
A low w/b ratio leads to very low water permeability and chloride migration, as well as high early strength and strength development, even with the use of low cement content mixes, which improves shrinkage and creep behaviour.
Excellent flow ability, resulting in minimal placing and compacting efforts.
It does not contain chloridesor or other steel corrosion-promoting ingredients so that it may be used for Reinforced and pre-stressed concrete construction.
Better, Faster, Cheaper
Description
- PlastFluid 16X is a New Generation Polyelectrolytes Based co-polymer based superplasticizer particularly formulated for the production of precast concrete elements, targeting its special demands regarding slump retention, very low water/binder ratios, use of double or triple blend mixes (cement, GGBFS, PFA and/or microsilica) and a high degree of compaction. Suitable for use in hot and tropical climatic conditions.
Advantages
- PlastFluid 16X acts by surface absorption on the cement particles producing steric hindrance as well as electrostatic repulsion between the binder particlesresulting in
Eas ier control during casting due to sufficient retention period and high early strength development high water reduction (leading to high density and strength) even in double or triple blend mixes(e. g. cement, GGBS, and silica fume) Low w/b ratio leads to very low water permeability, and chloride migration high early strength and strength development even with the use of low cement content mixesImproved shrinkage and creep behavior Excellent flow ability resulting in minimal placing and compacting ef forts so may be used for Reinforced and pre-stressed concrete construction
Usage
Precast concrete structures in generalPrecast concrete tunnel segments
Pre-stressed concrete elements
Post-tensioned concrete bridge segments
Fiber Reinforced Concrete (FRC) containing steel
synthetic and or polypropylene fibers
Low w
b ratio concrete requiring high workability
slump retention and high early strength development
Overview
Overview
Sustainability / Certificates / Compliance
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Conforms to the requirements of BS EN 934-2 Table 2
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DoP 94867427, certified by Factory Production Control Body 0120 and provided with the UKCA mark
Product Information
Composition
Aqueous solution of modified New Generation Polyelectrolytes Based co-polymer.
Shelf life
12 monts From date of Production if stored properly
Storage conditions
Store in its original, sealed, and undamaged packaging in a dry environment at temperatures between +5°C and +50°C before use, ensure the product is well mixed for optimal performance.
Density
1.06 kg/l +/- 3% (+25°C)
Total chloride ion content
Nil(EN 934-2)
Packaging
210 Liters drum, 1000 Liters IBC or bulk supply in tanker
Colour
Clear to light yellow liquid
Moisture Testing Method
Residual Humidity Spec
Thermal Conductivity (W/mK)
Flexural Strength 28 days
Compressive Strength 28 days (N/mm²)
Drying Time (days)
Application Temp Range
+5°C to +50°C
pH Value
5 ± 0.1
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Dispensing
This is a ready-to-use admixture that should be added to the concrete as a separate component. For the best results, add it to the concrete mix immediately after the first 80% of the mixing water has been introduced—when all solids are properly wetted. Avoid adding the admixture directly to dry aggregates.
Compatibility
To ensure compatibility among products, please reach out to our technical team. We’re here to help!
Recommended dosage
The recommended dosage ranges from 0.3% to 2. 0% by weight of the binder or 0.13% to 0.2% by weight of the total mix mass. However, the exact dosage may vary based on mix design, raw materials, climatic conditions, and specific concrete requirements. It is essential to conduct trial mixes to determine the optimal dosage for your application.
Concreting guidance
Follow standard best practices for concrete production and placement, adhering to relevant industry standards. Proper curing of fresh concrete is essential, especially in high temperatures, to prevent plastic and drying shrinkage.
The information contained in this document is, in any case, only indicative and must be confirmed by exhaustive practical applications before using the product, ensuring that the use is suitable for the intended use. However, it assumes any responsibility that may arise from its use. For further information, see the updated Technical Data Sheet.
The information contained in this document is, in any case, only indicative and must be confirmed by exhaustive practical applications before using the product, ensuring that the use is suitable for the intended use. However, it assumes any responsibility that may arise from its use. For further information, see the updated Technical Data Sheet.
Compatibility
To ensure compatibility among products, please reach out to our technical team. We’re here to help!
Storage conditions
Store in its original, sealed, and undamaged packaging in a dry environment at temperatures between +5°C and +50°C before use, ensure the product is well mixed for optimal performance.
Storage conditions
Store in its original, sealed, and undamaged packaging in a dry environment at temperatures between +5°C and +50°C before use, ensure the product is well mixed for optimal performance.
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