“Effective foundations are not just for buildings; they are the key to lasting success in every endeavor.”
piling
Systems used to increase soil bearing capacity or transfer structural loads to deep, stable layers.
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Reinforced and Non-Reinforced Piles
Steel-reinforced or plain piles produced and applied according to BS EN 1536 and ASTM D1143 standards.
- Mini Piles
Small-diameter piles used in restricted spaces or for light loads.
- CFA (Continuous Flight Auger) Piles
Piles created by continuous auger drilling and filled with concrete.
- Intersecting Piles
Overlapping piles used to create waterproof retaining walls.
- Contiguous Piles
Closely spaced piles forming a retaining structure.
- Secant Piles
Alternately spaced piles.
- Underpinning Piles
Piles used to support the foundation.
- Driven Piles
Piles driven into the ground using hammers or vibration.
Diaphragm Wall
Underground retaining structures made of high-strength concrete or steel panels.
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Slurry Wall
Bentonite-supported diaphragm system for groundwater control.
- Barette Type Diaphragms
Specially designed diaphragm panels.
- Waterproofing for Deep Excavations
Controlling water ingress in foundation pits.
- Deep Excavation Support Systems
Providing lateral support in deep excavations.
Sheet Pile
Sheet pile refers to thin, durable panels made of steel, concrete, or wood that are interlocked side by side to create a piled retaining wall system. It is commonly used in temporary or permanent underground structures to provide soil retention, waterproofing, and stability. Sheet pile systems are applied using various methods depending on soil conditions and project requirements.
- Excavation Support:
Provides lateral support in excavation pits or deep foundations, ensuring the safety of surrounding structures.
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Waterproofing:
Prevents water ingress into excavation areas, especially in water-saturated soils or below the groundwater table.
- Coastal and River Structures:
Used for preventing soil erosion and supporting structures near harbors, wharves, and riverbanks.
- Temporary Support:
Acts as a temporary barrier to maintain soil stability during construction phases.
Jet Grouting
In-situ soil improvement using high-pressure mixtures.
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Jet-1 and Jet-2 Applications
Single or double fluid jet grouting techniques.
- Turbo Jet Applications
High-efficiency jet grouting system.
- Bottom Plug
Creating a watertight layer in deep excavations.
Grouting
Improving soil by injecting various materials (cement, chemicals).
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High-Pressure Cement Grouting
Injecting cement mixtures into soil under high pressure.
- Micro Grouting
Injection technique for small-scale areas.
- Polyurethane and Epoxy Injections
Specialized chemical injections for repairing cracks in soil or structures.
Anchorage
Support systems used to stabilize structures.
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Prestressed Anchor Systems
Anchors that work under tension.
- Soil Nailing
Steel rods installed in the soil to enhance stability.
- Bolt Fabrication
Production of rods used to reinforce rock or soil.
- Dewatering
Removing water from work areas.
- Well-point
Drainage system used to lower groundwater levels.
