Static Vertical Pile Load Test
Our Static Vertical Pile Load Test determines the ultimate load-bearing capacity of vertical piles for both onshore and offshore projects. Essential for foundation safety, structural stability, and engineering reliability in marine and land-based construction.
Lateral Load Test
Our Lateral Load Test evaluates the horizontal load resistance of piles up to 500 tons, ensuring structural stability and verifying foundation design for bridges, buildings, and offshore structures.
Cyclic Pile Load Test
Our Cyclic Pile Load Test evaluates pile performance under repeated loading up to 5,000 tons, providing crucial data on settlement, stiffness, and durability for safe and long-lasting infrastructure projects.
Pile Pull-Out Test
Our Pile Pull-Out Test measures the tensile resistance of piles up to 500 tons, determining their uplift capacity in diverse soil conditions for safe and reliable foundation design.
Lateral Dynamic Pile Load Test
Our Lateral Dynamic Pile Load Test evaluates pile performance under dynamic lateral forces, simulating wind, earthquake, and machinery loads for robust foundation design and structural safety.
Plate Load Test
Our Plate Load Test accurately determines soil bearing capacity and settlement characteristics of foundation subgrades, ensuring safe and efficient structural design.
Stone Column Load Test
Our Stone Column Load Test evaluates the strength, deformation, and effectiveness of stone columns installed in soft soil, enhancing ground stability for construction projects.
Footing Load Test
Our Footing Load Test evaluates the bearing capacity and settlement of foundations under design loads, ensuring structural safety and reliability.
Bridge & Slab Load Test
Our Bridge and Slab Load Test accurately measures strength, stiffness, and deflection of bridge decks or slabs under controlled loading to ensure safety and durability.
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Modulus of Subgrade Reaction (k-Value) Test
Our Modulus of Subgrade Reaction (k-Value) Test determines soil stiffness under foundations to accurately compute k-values for structural engineering and pavement design projects.
In Situ Shear Test on Rock
Our In Situ Shear Test on rock accurately measures shear strength in its natural position, providing essential data for slope stability, foundation design, and safe excavation planning.
Cyclic Lateral Load Test on Rock
Our Cyclic Lateral Load Test on rock evaluates performance and deformation under repeated lateral loads, delivering vital data for foundation design, structural stability, and geotechnical safety.
Rock Anchor Pull-Out Test
Our Rock Anchor Pull-Out Test accurately determines the tensile capacity of rock anchors, ensuring reliable structural support and effective slope stabilization in geotechnical engineering projects.