IZOZENĀ® IZOCARB 3002 PK
IZOZENĀ® IZOCARB 3002 PK is a liquid admixture for concrete and mortar, designed as a high-range water reducer or superplasticiser. It works through electrostatic adsorption and steric repulsion, effectively dispersing solid particles. This results in high fluidity, strong plasticising effects, and significant water reduction.
Key Benefits:
High water reduction
Strong self-compacting behavior
Improved trowel-ability & surface finish
Increased density and strength
Reduced shrinkage, creep, and permeability
Early strength development
Faster removal of formwork
Reduced curing requirements
Chloride-free and safe for reinforced/prestressed concrete
Suitable for hot and tropical climates
Technical data
Form: Aqueous solution of modified polycarboxylates
Color: Light brown liquid
Specific Gravity: 1.09ā1.01 kg/L @ 25 °C
pH Value: ~4.5 at 25 °C
Chloride Content: Nil
Air Content: < 1%
Flash Point: None
Directions for Use
Follow standard concreting practices for production and placement.
Ensure proper curing, especially in hot climates, to avoid plastic or drying shrinkage.
Recommended curing agents: IZOZENĀ® IZOCURE or wet hessian.
Always carry out suitability tests on fresh concrete before pouring.
Do not add IZOZENĀ® IZOCARB 3002 PK directly to dry cement.
In case of accidental overdosing: expect extended setting times, increased workability, and possible air entrainment. Concrete must be kept moist during this period.
Dosage
Medium workability: 0.2ā0.8 % by weight of cement
High workability / SCC: 1.0ā2.0 % by weight of cement
Higher dosages may be used depending on mix design, raw materials, and site conditions.
Always confirm dosage with trial mixes.
Compatibility
Compatible with all types of Portland cement (OPC, SRC).
Works well with concretes containing pozzolanic materials like GGBS, PFA, and microsilica.
When combining with other admixtures, trial mixes are recommended.
For technical support, contact the IZOZEN Technical Department.
Fields of Application
IZOZENĀ® IZOCARB 3002 PK can be used in:
Slabs and foundations
Precast concrete elements
High-strength concrete
Microsilica and GGBFS-based concrete
Fast-track projects
In-situ concrete requiring rapid stripping
Self-compacting concrete (SCC)
