• It allows for a faster and safer removal of formwork
• Improved management of formwork equipment and workers
• The formulas are certified in our laboratory
• It can be placed in structures with high reinforcement density
• It saves a significant amount of time on the construction site

Foundations, crane foundations, slabs, stairs, walls, poles, pre-made elements, etc

• 15 MPA in 24 hours
• 30 MPA in 3 days
• 30 MPA in 7 days
• 35 MPA in 7 days

Other compressive strength on request

• Efficient and local management of rainwater
• Reduced risk of flooding
• Reservoir structure : temporary storage capacity for rainwater before infiltration, reuse or redirection to the water supply with a reduced flow
• Helps fight sealing of soil
• Available in various colours

Outdoors : patios, parking lots, garden paths, pool decks, sports fields, tennis courts, walkways/sidewalks, cycling paths, pedestrian streets…

• Preparation of the substrate and foundation layer
  
  • Consult a civil engineer
  • Increase the compaction
  • Reduce the permeability
  • Stable formation required, crushed aggregate and geotextile recommended
• Technical specific
  • Up to 30% lower unit weight than conventional concrete
  • Usable for up to 90 minutes
  • Void ratio: minimum 20% void
  • Nominal maximum aggregate size: 10 mm

• Easy to pump due to its free-flowing nature
• Minimum vibration requirements
• High productivity 
• The fluidity allows placement over a much larger area
• Flows easily without segregation, in inaccessible areas and highly congested rebar areas
• Improved work environment
• High quality finish

Piles, high rise pumping > 50 metres high, areas with difficult access to concrete/structures with very crowded rebar, void filling

• Suitable for all applications where high performance and fluidity are required for easy placement and finishing
• Standard rules of good practice and placement of concrete must be strictly adhered to, with an adequate curing procedure as required by traditional concrete mixes.

• C25
• C30
• C35
• C40
• C45
• C50
• C60

• No placement of rebar required in the slabs
• Prevents the corrosion of materials in the structure
• No risk rebar splitting/cracking during the split joint
• Reduces plastic shrinkage and cracking due to drying shrinkage
• Improves resistance to impacts and the ductility of floors thanks to the even distribution of fibres on the slab 
• Increases tensile strength

Industrial and commercial floors, warehouses and manufacturing workshops, machine bases, airport pavements

• C25
• C30
• C35
• C40

• Improves profits by reducing costs:
  • Labour costs to transport and place the steel;
  • Inventory of metal reinforcements
• Improves the interface/consistency of concrete by reducing bleeding
• Reduced plastic shrinkage and creep strain

When steel reinforcements are required to minimize any risk of shrinkage: residential and commercial paving, decorative and architectural pavers, residential wall foundations, etc

• C25
• C30
• C35

• High strength and resistance
• High quality finish
• Less permeable and fewer air voids
• Fluidity allows for placement over a much larger area
• Low porosity
• Minimum vibration requirements
• Easy to pump thanks to its free-flowing nature

Tall buildings, concrete piles, bridges/decks, dams, prestressed concrete

• Offers superior strength and resistance
• Reduces water pollution by reducing the washing out of finer particles
• No need of vibration for compaction with extended usability
• Limits segregation through increased cohesion

• Underwater concreting, bridge foundations
• Construction in rivers/dams
• Coastal construction, near sea water
• Marine construction
• Construction near groundwater

• Resists extreme hydrostatic pressure from the positive and negative side of the concrete structure
• Shows high resistance to aggressive chemicals
• Reduces construction planning time
• Offers a 10-year warranty
• Becomes an integral part of the concrete

• Swimming pools, tanks, sewage treatment plants, construction near groundwater, underground works, pre-made elements, chemically aggressive environments

• Implementation
  • Depending on the crystalline admixtures, the recommended dosage varies between 0.8% and 1% of the cement weight 
  • The crystalline admixtures must be added to the mixer at the time of dosing, following a specific batching sequence

• Greatly reduces the permanent load of the structure
• Achieves exceptionally low densities
• Superior insulation
• Minimal compaction required

Insulation, lightweight screeds and filling of voids

• Provides for excellent manoeuvrability for up to 24 hours, depending on your product selection. However, it is also a conventional mortar: it begins to set upon contact with an absorbent support (bricks, blocks)
• Requires no further mixing on site
• Reduces wastage on site
• Allows for greater project flexibility

• Installation of hollow blocks for structural and non-structural walls
• The mortar can be supplied in the required quantity, with a minimum delivery quantity of 2m³.

• Increases your capacity for masonry works in accordance with the project schedule, without the additional cost of new mixers
• Significant productivity gains
• Traditional mixing time eliminated: blocklayers/masons do not have to dose the mortar on site; it is available and ready to use throughout their shift.

• Resurfacing over existing concrete surfaces
• Low cover to reinforcement
• Highly reinforced concrete structures

• Can be cast with a reduced thickness
• Minimum vibration requirements
• Bonds easily to existing concrete surfaces prior to application of an appropriate bonding agent

Cure the concrete by keeping it wet for at least 7 days for the water curing method or by applying a compound immediately after pouring the concrete.