Are you concerned about the structural integrity of your valuable assets? You want to make sure surface cracks and defects won’t compromise safety? Our NDT solutions can help.
Our structural engineers and NDT experts work closely with customers to select the best inspection procedure for evaluating your assets.
We design and implement innovative non-destructive testing solutions that are customized for your special need. This will ensure you stay on top of things and maintain your assets in the best way possible.
Problems we can help you with:
- Concrete Cracks
- Corrosion in Concrete (Read More)
- Sub-surface voids
- Concrete durability issues
我们的解决方案
我们提供广泛的NDT解决方案，以正确识别和量化表面和子表面缺陷：
- 地面渗透雷达 - GPR
- Ultrasonic Scanning and Imaging
- Ultrasonic Pulse-Echo
- Impact-Echo
- 超声波断层扫描
- Half-Cell Corrosion Mapping
- Surface Electrical Resistivity
Concrete Cracks
Cracking is a common observation in existing concrete structures. Different structural and environmental loading can result in cracking of concrete elements.
Cracks can be a sign of distress, and can significantly affect concrete durability performance. FPrimeC offers a wide range of non-destructive evaluation and testing concrete cracks, such as:
- Crack width measurement,
- Real-time crack width monitoring, and
- Crack depth measurement
Learn more:混凝土成像和扫描Solutions
Corrosion in Concrete
欢迎您的加入FPRIMEC解决方案提供了混凝土结构的腐蚀测试最具创新的解决方案。我们的检验和测试解决方案帮助所有者和维护管理人员提供了关于其资产现有状况的准确和可靠的数据。
我们的专家与您密切合作，以了解您的性能目标，并帮助您进行经济高效的检查，维修和恢复解决方案。我们的腐蚀测试解决方案可用于各种构造的设施。以下是我们如何提供帮助：
- Half-Cell Corrosion Potential Mapping (assess likelihood of corrosion)
- Corrosion Rate Measurement (estimate remaining service life)
- Surface Electrical Resistivity Measurement (Assess Concrete Durability)
- 地面穿透雷达（GPR）
Learn More:Corrosion Testing and Monitoring of Concrete Structures
混凝土中的空隙
我们的非破坏性测试解决方案可以帮助识别和量化混凝土元件中的空隙，例如平板级，墙壁，桥接墩和质量混凝土块。
Voids can be a result of poor quality concrete, congested steel rebar, and inappropriate concrete placement and finish. Small voids will hardly impose major risks, however, a large number of voids, or voids that are substantially large (compared to the size of the element) can negatively impact structural performance.
Here is how our NDT solutions can help:
- 超声波断层扫描(assess voids in concrete)
- 地震断层扫描
- Impact-Echo (to assess voids in post-tensioned ducts
- Ground Penetrating Radar
Learn More:混凝土成像和扫描
Delamination in Concrete
诸如钢筋腐蚀等中的心脏劣化机制可以提高内部应力并导致混凝土中的裂缝。随着裂缝的进展，它们可以导致分层。
Delamination is a common observation in parking garage slabs, and bridge decks. Delamination can be detected using:
- 链拖曳/锤子探测（用空洞声音确定为区域）
- 超声波Tomohraphy.
- Impact-Echo
- Ground Penetrating Radar
Learn More:混凝土成像和扫描
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