Products & Innovations

Standard Concrete 

• Widely used in construction.
• Composition: Cement, water, aggregates (sand, crushed stone, gravel).
• Poured into forms, hardens and cures to create a strong, durable building material.
• Compressive strength: 15 to 35 MPa.
• Commonly used in foundations, walls, and floors.
• Inexpensive and readily available.

Early Strength Concrete 

• Gains strength faster than traditional concrete.
• Achieved through special admixtures or higher cement content.
• Enables faster construction and reduced formwork time.

Concrete Durability 

• Crucial factor in construction.
• Refers to the ability to resist weathering, erosion, and degradation over time.
• Influenced by material quality, mix design, and curing process.
• Essential for safety and longevity of buildings and infrastructure.

Self-Compacting Concrete (SCC) 

• Highly flowable, non-segregating concrete.
• Fills complex shapes and spaces without vibration or compaction.
• Higher powder content, lower water content.
• Easier to work with, higher strength, smoother surface finish.
• Used in precast concrete products, high-rise buildings, and complex structures.

High Performance Concrete 

• Designed for superior strength, durability, and overall performance.
• Combines high-quality materials: cement, aggregates, admixtures.
• Carefully proportioned for desired properties.
• Used in critical applications like bridges, high-rise buildings, and heavy load structures.

Mass Concrete 

• Used in large-scale construction projects.
• High strength and durability.
• Challenges in controlling internal temperature during curing.
• Techniques like special curing procedures and cooling prevent cracking and maintain strength.

Green Concrete

• Made using recycled materials.
• Reduces waste in landfills.
• Requires less energy during production.
• Reduces carbon emissions.
• A sustainable option for environmentally conscious construction.

Slipform Concrete

• Technique for pouring and shaping concrete structures.
• Continuous pour without joints or seams.
• Ideal for tall structures like chimneys, silos, and grain elevators.
• Offers speed, efficiency, and cost-effectiveness.

Lightweight Concrete 

• Categorized into structural and non-structural types.
• Structural: Uses natural lightweight aggregates for weight reduction.
• Non-structural: Uses lightweight aggregates for insulation or overall weight reduction.

Benefits: Reduced weight, improved insulation.

Anti-Wash Concrete 

• Resists erosion caused by water.
• Ideal for underwater concreting and areas prone to heavy rainfall or flooding.
• A special additive increases density and strength, making it water-resistant.

Mortar

• Retains workability up to 48 hours.
• Used for plaster and CMU (Concrete Masonry Unit).
• Increased productivity and efficiency compared to traditional mortar.
• Decreases waste and overall project cost.

Watertight Concrete

• Designed to protect against water ingress or retain water.
• Admixture reacts with cement hydration process to reduce capillary suction and prevent ingress of harmful soluble material.
• Used for water tanks, pools, and basements.

Piano (Fiber Reinforced Concrete)

• Contains fibrous material to increase structural integrity.
• Controls plastic shrinkage cracking and drying shrinkage cracking.

Tempo (Mortar & Plaster)

• Mortars for joining stones, bricks, blocks; plasters for rendering on walls.
• Workability maintained up to 48 hours, reducing waste and overall project cost.