Hitech Civil Test Labs Pvt. Ltd.

Our Plate Load Test (PLT) Service is a vital geotechnical investigation method used to evaluate the bearing capacity, settlement, and load-bearing characteristics of soil at construction sites. It provides reliable data to ensure safe and efficient foundation design, road subgrades, and pavement construction.

In this test, a steel plate of standard size is placed on the prepared soil surface, and incremental loads are applied. The resulting settlement is measured to determine the soil’s ultimate bearing capacity and allowable settlement. This information is critical for designing safe foundations, embankments, and pavements.

Static Plate Load Test (Ev2) is an in-situ soil testing method used to determine deformation modulus (Ev2) and load-bearing capacity of subgrade layers. Conducted as per DIN 18134, the test involves applying incremental static loads on a steel plate and measuring settlement to assess soil stiffness and compaction quality. It is widely used in roads, highways, railways, and industrial projects for quality control and pavement design.

We provide accurate and reliable Static Cone Penetration (CPT) Geotechnical Investigation Services to evaluate subsurface soil conditions for civil engineering and infrastructure projects. Our services include both standard CPT and CPTu (Cone Penetration Test with pore pressure measurement) for detailed soil profiling.

The CPT/CPTu test is performed in-situ, where a cone is pushed into the ground at a controlled rate to measure soil resistance, stratification, and pore water pressure. This data helps in determining soil strength, density, compressibility, and suitability for foundation design.

Our team uses modern digital data acquisition systems and calibrated equipment to ensure accurate, reproducible results. The investigation is suitable for roads, highways, industrial and commercial buildings, bridges, and other civil engineering structures. 

eotechnical Investigation Services involve detailed evaluation of subsurface soil, rock, and groundwater conditions to support safe and cost-effective design and construction. The process includes borehole drilling, sampling, and field as well as laboratory testing to determine soil properties, bearing capacity, settlement characteristics, and foundation suitability. These investigations are essential for planning and executing projects such as buildings, roads, bridges, and other infrastructure, ensuring structural stability and compliance with engineering standards.