Flat Dilatometer Test Equipment
Taizhou Dixin Exploration Instrument Co., Ltd. is a leading enterprise of cone penetration testing equipment integrating R&D, manufacturing and sales. With its excellent product quality and high-quality on-site tracking service, the company has won the favor of users of geotechnical engineering survey units all over the country. At present, Dixin has become the largest manufacturer of crawler-type static sounding equipment in China and the largest manufacturer of crawler-type static sounding equipment in China. The CPT crawler equipment produced by the company has also successfully assisted important government projects at home and abroad for many times.
Why choose us?
Our certification
The company has passed the ISO900 international quality certification system. At present, the company has more than 30 patents, including 3 invention patents.
Our factory
The company has more than 16 Years Experience and has a modern production base with a construction area of more than 10,000 square meters.we have more than 40 Enterprise Employees.
Our equipment
It has advanced CNC machine tools and other high-precision processing equipment, high-precision testing equipment, etc., with more than 80 sets of equipment.
Professional services
The company has sent professional after-sales technicians to provide follow-up services for different survey fields in different regions for a long time, collected feedback information from on-site use.
Types of Flat Dilatometers
Standard flat dilatometer: This is the most commonly used type, featuring a thin, flat blade that is pressed into the soil.
Electrical flat dilatometer: This version uses electronic sensors to provide enhanced accuracy and quick data recording.
Robust flat dilatometer: Designed for use in soft and weak soils, it features a reinforced structure to withstand high deformation.
Portable flat dilatometer: This lightweight version allows for field testing in remote locations, ensuring flexibility in data acquisition.
Benefits of The Dilatometer Test
• Accurately measures the constrained deformation modulus of soil
• Accurately predicts settlement
• Knifes into the soil causing much less volumetric and shear strain to the soil than conical probes such as CPT or SPT
• Correlates well with the soil stress history
• Marchetti (1980) and Lutenegger (2006) undrained shear strength predictions of cohesive soil compare quite favorably with other measurements worldwide
• Schmertmann’s elastic half-space theoretic calculation using the thrust measurement accurately predicts the drained plane strain angle of internal friction for cohesionless soil
• Before and after measurements show how well ground improvement methods work
• True-interval seismic tests accurately and repeatedly measure the compression above water table and shear wave velocities
• Pore pressure dissipation tests in cohesive soil below water table measure time rate of consolidation
- Soil stratigraphy
- Stress history (OCR, K0)
- Settlement prediction
- Soil Improvement quantification
- Slip surface detection in clayey slopes
- P-y curves for laterally loaded piles
- Liquefaction potential
- Permeability in clay
- FEM input parameters (ex. Plaxis)
- Subgrade modulus for pavements
- Subgrade modulus for diaphragm walls
Technical Specifications
|
Test probe size |
230×95×15mm(L*W*T) |
|
Steel film diameter |
60mm |
|
Rated air pressure |
6 Mpa |
|
Full scale indicating value error |
±0.2%F.S |
|
Pressure range |
0~6 Mpa |
|
Test depth |
0~50m( can be deeper in soft soil) |
Packing&Shipping
Customer Cases
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