ItemBackground

With the acceleration of urbanization and the aging of infrastructure, ground anomalies such as underground cavities and areas of loose soil have increasingly become potential hazards threatening public safety and the integrity of infrastructure. These anomalies can lead to severe consequences like road collapses and building tilting, making early and precise detection a critical task. However, many affected areas are often located in densely populated or hazardous environments, demanding detection equipment that is not only efficient and precise but also ensures operational safety. Against this backdrop, our company's explosion-proof ground-penetrating radar was developed to provide an effective solution for detecting ground defects.

Project Challenges

1. Wide detection area: Primarily covering public spaces and roadways, this necessitates higher resolution and detection range for monitoring equipment.

2. Precise Detection of Complex Underground Structures: Requires the detection of underground pipelines, trenches, and other potential hazards, demanding equipment with high accuracy and high resolution.

3. Real-time Data Processing and Analysis: During the detection process, data must be analyzed rapidly to promptly identify issues and implement corrective actions.

Solution

Introducing our company's proprietary Explosive Detection Ground RadarDY-DZE-TDR, specifically engineered to detect concealed explosives and hazardous materials beneath the ground.

Features the following characteristics:

1. Explosion-proof performance: Certified by international explosion-proof standards to ensure safe operation in explosive environments.

2. High-Precision Detection: Equipped with sensitive radar technology, it enables high-resolution imaging of underground structures, accurately locating underground pipelines, cables, and other facilities.

3. Real-time Data Processing: Equipped with a high-speed data processing platform, it can analyze detection results in real time and rapidly generate intuitive detection images.

4. Deep Detection: Achieves a maximum detection depth exceeding 10 meters. Features a built-in 12V rechargeable aluminum battery, enabling extended continuous operation.

5. Non-contact and non-destructive: During the detection process, no damage is caused to the target object, making it suitable for various locations and objects requiring protection.

Project Implementation

During the implementation process, our technical team worked closely with ground safety management to meticulously plan the detection routes, ensuring comprehensive coverage of all critical areas. When conducting systematic underground scans using explosion-proof ground-penetrating radar, we successfully identified underground cavities and areas of loose soil.

Achievement Showcase

Through this inspection, the client received a comprehensive underground structure analysis report and detailed diagrams of the affected areas, providing a scientific basis for decision-making regarding subsequent repairs and preventive measures. This effectively mitigated potential risks such as ground subsidence and significantly enhanced public safety standards.

Customer Feedback

The high-efficiency and precision detection capabilities of the explosion-proof ground-penetrating radar have significantly aided us in the early detection and resolution of potential hazards beneath the surface. Its outstanding performance and the team's professional service have earned our deep trust, and we look forward to further collaboration in the future. — Head of Ground Safety Management Department