Professional piling services for residential, commercial and industrial projects—ensuring ground stability with the right method for each site condition. Our capabilities include pre-boring for hard or stiff soil layers, driven piles with documented set records for reliable foundations, and press & jack-in piles that minimise vibration, noise and maintain cleaner site operations.
Providing Strength Under Real Load Conditions
This is the most reliable method for determining the ultimate bearing capacity of a pile. A controlled vertical load is applied to the pile, and displacement is measured to evaluate settlement behavior.
Used For:
Quick, Efficient Load Testing with Impact Force
Dynamic load testing involves striking the pile head with a hammer and analyzing the resulting stress waves. This method offers rapid results with minimal equipment, making it ideal for large projects.
Used For:
Detecting Flaws Below the Surface
This non-destructive test uses sonic waves to assess the quality and continuity of concrete piles, it helps identify cracks, voids, or changes in cross section.
Used For:
Evaluating Resistance to Side Loads
This test applies horizontal force to a pile to assess its behavior under lateral loads – critical for piles subjected to wind, seismic, or water forces.
Used For:
Advanced Testing for Deep or Difficult Piles
This method uses high-energy impact and sensors to measure pile resistance, shaft friction, and end bearing. It’s commonly used in deep or complex pile conditions.
Used For:
Quick Assessment for Pile Soundness
Also known as the sonic echo or pulse echo test, this method uses a small hammer to send waves through the pile and identify inconsistencies or defects.
Used For:
We offer certified pile testing services including static load test, dynamic load test and integrity test to verify structural reliability and compliance with engineering standards.
Providing Strength Under Real Load Conditions
This is the most reliable method for determining the ultimate bearing capacity of a pile. A controlled vertical load is applied to the pile, and displacement is measured to evaluate settlement behavior.
Used For:
Quick, Efficient Load Testing with Impact Force
Dynamic load testing involves striking the pile head with a hammer and analyzing the resulting stress waves. This method offers rapid results with minimal equipment, making it ideal for large projects.
Used For:
Detecting Flaws Below the Surface
This non-destructive test uses sonic waves to assess the quality and continuity of concrete piles, it helps identify cracks, voids, or changes in cross section.
Used For:
Evaluating Resistance to Side Loads
This test applies horizontal force to a pile to assess its behavior under lateral loads – critical for piles subjected to wind, seismic, or water forces.
Used For:
Advanced Testing for Deep or Difficult Piles
This method uses high-energy impact and sensors to measure pile resistance, shaft friction, and end bearing. It’s commonly used in deep or complex pile conditions.
Used For:
Confirming Pile Capacity Through Sustained Loading
MLT applies incremental static loads and holds them for controlled durations to evaluate settlement, load–displacement behavior, and long-term performance. It is essential for verifying whether piles meet the required working load capacity.
Used For:
Building and infrastructure foundations
Projects requiring precise settlement measurement
Verification of working load performance
Quality assurance during piling works
From concept to construction, our integrated design & build services deliver efficient, cost-effective piling and foundation solutions - engineered for performance and tailored to your project needs.
Equipped with a fleet of high-performance piling rigs, pre-boring pile machines, hammer piles (3T, 8T, 9T, 16T), injection piles (ZYC 900 & ZYC 1060), and dedicated lorry logistics for efficient site mobilisation and material transport, we ensure fast, accurate, and safe project execution across various terrains.
