Concrete Crack Width Gauge Meter for Building–This instrument uses electronic imaging technology to measure the width of cracks on thesurfaces of concrete, bridges, tunnels, walls, metals, and other materials.
Advantages:
1. It features a high-brightness, extra-large LCD screen to ensure complete display ofcrack images;
2. The latest electronic imaging technology accurately displays the original appearanceof the cracks;
3. The probe has a built-in lighting function, allowing for all-weather operation and clearvisibility of crack conditions;
4. The instrument is made of highly wear-resistant materials, extending its service life.
Application areas:
Using electronic imaging technology, it is possible to measure the width of cracks on the surface of concrete, bridges, tunnels, walls, metals, and other materials.
Features:
Clear display: Utilizing a high-brightness, extra-large LCD screen, it ensures the complete display of crack images.
Realistic imaging: Using electronic imaging technology, the original appearance of the cracks can be accurately reproduced.
Easy to operate: The probe has a built-in lighting function, allowing it to work in all weather conditions and making cracks clearly visible.
Durable and long-lasting: The instrument is manufactured with highly wear-resistant materials, which extends its service life.
According to the following standards:
JGJ 125-2016 “Standard for the Identification of Dangerous Buildings,” DB11/T 637-2024 “Comprehensive Safety Assessment Standard for Building Structures,” GB 50292-2015 “Standard for Reliability Assessment of Civil Buildings,” GB 50204-2015 “Code for Acceptance of Construction Quality of Concrete Structures,” and other relevant standards.
Core advantages
1. Leading imaging and measurement accuracy.
Electronic imaging combined with 40x magnification accurately reproduces the original appearance of the cracks. The high-brightness large screen displays clear and complete crack images, eliminating the wear and error problems associated with traditional film-based scales and markings.
The measuring range is 0.01mm to 3.00mm, with an accuracy of 0.01mm and a minimum division of 0.02mm, meeting the high-precision inspection requirements for structures such as concrete, bridges, and tunnels.
The probe features built-in lighting, enabling all-weather operation without blind spots, and can clearly capture crack details even in low-light environments. (HaiChuang High-Tech).
2. Convenient operation and strong adaptability to different scenarios
The host and microscope probe are designed separately, with a probe weighing only 58g, making it easy to hold and accurately position even in small spaces; The 1.5-meter connecting cable is suitable for complex working conditions such as high altitude and side walls.
Minimalist operation: probe against crack → fine tune vertical scale line → read, no need for complex calibration, even beginners can quickly get started.
Powered by rechargeable lithium batteries, supporting long-term continuous operation, energy-saving mode extends battery life, and reduces on-site power supply dependence.
Concrete Crack Width Gauge Meter for Building
Concrete Crack Width Gauge Meter for Building–This instrument uses electronic imaging technology to measure the width of cracks on thesurfaces of concrete, bridges, tunnels, walls, metals, and other materials.
Advantages:
1. It features a high-brightness, extra-large LCD screen to ensure complete display ofcrack images;
2. The latest electronic imaging technology accurately displays the original appearanceof the cracks;
3. The probe has a built-in lighting function, allowing for all-weather operation and clearvisibility of crack conditions;
4. The instrument is made of highly wear-resistant materials, extending its service life.
Application areas:
Using electronic imaging technology, it is possible to measure the width of cracks on the surface of concrete, bridges, tunnels, walls, metals, and other materials.
Features:
According to the following standards:
JGJ 125-2016 “Standard for the Identification of Dangerous Buildings,” DB11/T 637-2024 “Comprehensive Safety Assessment Standard for Building Structures,” GB 50292-2015 “Standard for Reliability Assessment of Civil Buildings,” GB 50204-2015 “Code for Acceptance of Construction Quality of Concrete Structures,” and other relevant standards.
Core advantages
1. Leading imaging and measurement accuracy.
2. Convenient operation and strong adaptability to different scenarios
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