Plate Load Testing Specialists
Plate load testing is the most widely used on-site method for determining the ultimate bearing capacity of the ground. It ensures sufficient soil bearing capacity, reduces construction risks, and confirms design assumptions.
What Is Plate Load Testing?
Plate load testing measures how the soil reacts to an incremental plate load. Engineers determine the safe bearing capacity, subgrade reaction, and strain modulus based on the observed settlement.
Plate Load Testing Benefits
- Plate load test advantages include ensuring design parameters match ground conditions.
- Reduces construction risks by confirming sufficient bearing capacity.
- Provides data for cost-effective and efficient construction planning.
How Does a Plate Load Test Work?
Steps for data collection:
- A shallow pit is excavated to eliminate external influences.
- A circular steel plate, selected based on plate diameter, is placed on the ground surface. Sand or mortar may be used to achieve even contact.
- A hydraulic jack applies incremental loads to the test plate. Ensuring an accurate measurement of the given load.
- Dial gauges or electronic sensors measure the soil’s settlement under the applied load.
- The results show how the soil reacts to increasing pressure.
Plate Load Testing Specifications
Equipment Used
Plate load testing employs advanced, calibrated equipment, including:
- Hydraulic jacks to incrementally apply the load.
- Dial gauges to measure settlement.
- Steel plates of three sizes (plate diameter of 300mm, 450mm, and 600mm) compliant with BS 1377-9.
Standards
All plate bearing test work is conducted in compliance with:
- BS 1377 pt 9 for soil testing.
- BS 5930 for civil engineering applications.
Reliable Results You Can Trust
Engineers protect the equipment from environmental factors to maintain accuracy. The results include:
- Plate bearing test measures deformation and compressibility.
- Analysing structural support, strain modulus, and subgrade reaction.
- Graphs.
Plate Load Testing Applications
Foundation Design
Buildings and bridges are supported by soil capable of safely handling the maximum load.
Roadworks
Plate load testing confirms the ground bearing capacity for working platforms and other temporary works. It is also used to test materials in pavement construction.
Crane Pads and Piling Rigs
Plate load testing determines the bearing pressure of crane outriggers, crane pads, and piling rigs.
Temporary Works
Plate load testing ensures that granular materials and soil conditions comply with the essential benchmarks for temporary works and equipment placement.
Benefits of Plate Load Testing
- Accurate results on ground conditions, bearing pressure, and design assumptions.
- Minimises construction risks and saves time and money.
- Adaptable for shallow pits, temporary works, and foundation design.
- Confirms ground surface conditions meet project requirements.
Comprehensive Test Report
The plate bearing test report includes:
- General information
- Measured data
- Graphical representation
- Anomalies
This report is necessary to make well-informed choices regarding your project.
Why Choose Plate Load Testing for Your Project?
Proven Method
Plate load testing is an industry standard for projects requiring safe and solid foundations.
Safer and Faster
Plate load testing minimises hazards and guarantees structures are built to withstand the total load they are designed for.
Uses Covering Multiple Industries
Plate load testing serves a wide range of engineering applications.
Contact Us
Contact us today for plate load testing. Build with confidence.