加賀耐火煉瓦 Product Lineup

Since our founding, we have been engaged in masonry work primarily focused on fireproof bricks. We have carried out many facility constructions such as incinerators, boilers, heating furnaces, and chimney work, but the reality is that many of these locations are "narrow," "high," "dark," and "hot," making them unsuitable for safe human operation. By using drones for preliminary surveys and regular inspections, we can reduce unnecessary work, enhance safety through efficient work planning, and improve cost reduction and your company's digital transformation (DX). <Benefits of Drone Inspections> 1. There is no need for people to enter hazardous areas. 2. Reduction of on-site work time. 3. Digitalization of equipment through 3D-CAD generation from point cloud data instead of video. 4. Identification of abnormalities that are difficult to assess visually, such as aging deterioration and peeling, through analysis of 3D data and infrared cameras. Our company employs a first-class unmanned aircraft pilot to operate the drones. *For more details, please feel free to contact us.

The revision of the Labor Safety and Health Act has made safety measures for high-altitude work and chemical substances more stringent. It is now possible to safely inspect areas that are dangerous for people to enter, such as "narrow," "high," "dark," and "hot" spaces, using drones. ■Significant reduction in scaffolding costs and time By using drones equipped with special sensors, the risk of falls is reduced to zero, and the preparation time is shortened by over 90%. ■High-precision measurements even over paint Thanks to our unique technology, we can accurately read the thickness of steel plates without the need for pre-treatment (grinding) to remove the exterior paint. The measurement data is saved not only as numerical values (CSV) but also as waveform data, providing a reliable audit trail. ■Reliable quality control system We strictly adhere to JIS standards (such as JIS Z 2355-1), and qualified personnel and skilled technicians are responsible for measurements and operations. We have a proven track record of successfully inspecting chimneys at heights of 65 meters without scaffolding, supporting the transition to routine inspection operations that minimize impact on production. *For more details, please download the PDF or feel free to contact us.

In the oil and gas industry, the safe maintenance and management of plant equipment and pipelines is required. Particularly, equipment located in high places or hazardous areas presents significant challenges for ensuring safety during inspection work. Inspections in areas that are difficult for personnel to access involve risks of falls and exposure to chemicals, making the safety of workers the top priority. Additionally, stopping equipment for inspections must minimize the impact on production. Our drone-based inspections of high-altitude equipment provide a safe and efficient solution to these challenges. 【Use Cases】 - Measuring the wall thickness of pipelines at high altitudes - Diagnosing equipment temperature using infrared cameras - Inspecting equipment in areas that are difficult for personnel to access - Routine safety checks of plant equipment 【Benefits of Implementation】 - Significant reduction in costs and time for scaffolding installation (over 90% reduction in preparation time) - Reduced risk of falls and accidents - High-precision wall thickness measurements even over paint - Improved reliability of measurement data (waveform data storage) - Achieving inspection operations with minimal impact on production

In the inspection of tanks at chemical plants, accurate thickness measurements are required to maintain the safety of the equipment. Particularly, inspecting tanks located in high places or hazardous areas is crucial to ensure the safety of workers and minimize the impact on plant operations. Traditional inspections that involve the installation of scaffolding not only take time and incur costs but also carry the risk of falls. Our drone inspections address these challenges and support safe and efficient maintenance management. 【Usage Scenarios】 - High-altitude equipment such as tanks and piping within chemical plants - Narrow or dark areas that are difficult for people to access - Inspection work in hot environments 【Benefits of Implementation】 - Significant reduction in the cost and time of scaffolding installation (more than 90% reduction in preparation time) - Improved safety through reduced risk of falls - High-precision steel plate thickness measurements can be taken even over paint - Measurement data is saved in both numerical and waveform formats, making it usable for audits and other purposes.

In the inspection of boiler equipment at power plants, ensuring safety in high-temperature, confined spaces, and elevated work environments is crucial. Additionally, accurate assessment of the equipment's condition is required while minimizing downtime. Traditional inspections that involve scaffolding not only take time and incur costs but also raise safety risks for workers. Our drone-based inspections of high-altitude equipment provide a safe and efficient solution to these challenges. 【Usage Scenarios】 - Measurement of the thickness of the boiler body - Infrared diagnostics inside chimneys - Visual inspections of piping and structures at height 【Benefits of Implementation】 - Significant reduction in costs and time associated with scaffolding installation - Improved safety through reduced risk of falls and accidents - High-precision thickness measurements even over existing paint - Enhanced reliability of measurement data and its use in audits

In wind power generation blade inspections, safe and efficient diagnostics are required. The blades are located at high altitudes, and due to their shape and material, traditional inspections using scaffolding not only take time and incur costs but also pose safety challenges for workers. Additionally, early detection of fine surface damage and internal deterioration of the blades is essential for maintaining power generation efficiency and preventing accidents. Our drone-based high-altitude equipment inspections provide a safe and rapid solution to these challenges. 【Use Cases】 - Regular inspections of wind power generation blades - Checking for surface damage and cracks on the blades - Measuring the thickness of the blade interiors - Detecting temperature anomalies 【Benefits of Implementation】 - Reduction of costs and time associated with scaffolding setup - Improved safety by reducing the risk of falls and accidents - High-precision thickness measurements possible even over coatings - Enhanced reliability of inspection data and its use in audits

To maintain the structural integrity of bridges, regular inspections are essential. In particular, accurately assessing the corrosion and deterioration of the steel components of bridges is extremely important for ensuring safety. However, inspecting bridges that are high or extensive requires significant time and costs for scaffolding, and traffic regulations may also be necessary, making work efficiency a challenge. Additionally, there is a risk of missing subtle deterioration that is difficult to detect visually, as well as corrosion hidden beneath the paint. Our drone-based inspections of high-altitude structures address these challenges and support the safe maintenance and management of bridges. 【Usage Scenarios】 - Measuring the thickness of the steel components of the bridge structure - Checking the condition of the bridge's paint - Inspecting bridges located at high altitudes - Improving the efficiency of infrastructure inspections 【Benefits of Implementation】 - Significantly reduces the costs and time associated with scaffolding installation - Reduces the risk of falls and accidents, enabling safe inspection work - Allows for high-precision measurement of steel plate thickness even over paint - Enhances the reliability of inspection data for use in audits and other applications

In dam embankment inspections, regular checks are essential to maintain the integrity of the structure. Particularly, understanding the deterioration of the surface and interior of the extensive embankment is extremely important for safety management. However, traditional methods of setting up scaffolding can be time-consuming and costly, and we must also consider that the inspection work itself may impact the operation of the dam. Our drone-based high-altitude equipment inspections provide a safe and efficient solution to these challenges. 【Usage Scenarios】 - Extensive visual inspections of dam embankments - Early detection of cracks and leaks - Detailed investigations of hard-to-access areas - Regular maintenance management tasks 【Benefits of Implementation】 - Reduction of costs and time associated with scaffolding setup - Decreased risk of falls and accidents for workers - Shortened preparation time for inspections - Support for transitioning to routine inspection tasks with minimal impact on production

In food factories, the safe maintenance and management of storage tanks is crucial for ensuring product quality and safety. In particular, corrosion and damage inside the tanks pose risks of foreign matter contamination and quality deterioration. Additionally, inspections in high or narrow spaces present challenges for ensuring worker safety. Our drone-based inspections of high-altitude equipment significantly reduce the costs and time associated with scaffolding installation while minimizing the risks of falls and accidents, thereby supporting the safe maintenance and management of storage tanks. 【Usage Scenarios】 - External inspections of food storage tanks - Thickness measurements of the top and sides of tanks - Detection of temperature anomalies using infrared cameras - Safe inspections of hard-to-reach areas 【Benefits of Implementation】 - Reduction of costs and time associated with scaffolding installation - Ensuring worker safety and reducing risks - High-precision thickness measurements possible even over paint - Acquisition of reliable data that can be used for audits and other purposes

In the tower industry, early detection of corrosion and accurate assessment of structural integrity are essential for maintaining the health of structures. Particularly, inspections in high or hard-to-access areas pose significant challenges in ensuring safety and efficiency. Inadequate inspections increase the risk of unexpected deterioration and accidents. Our drone-based inspections of high-altitude equipment provide a safe and efficient solution to these challenges. 【Use Cases】 - Visual and non-destructive inspection of corrosion conditions on the tower body - Deterioration diagnosis around connections and bolts in high locations - Identification of temperature anomalies using infrared cameras 【Benefits of Implementation】 - Significant reduction in costs and time for scaffolding installation - Improved safety through reduced risk of falls and accidents - High-precision measurement of steel plate thickness even over paint - Enhanced reliability of inspection data and its use in audits

In the inspection of high-rise building exteriors, it is essential to accurately understand the deterioration of the structural components to maintain the safety of the building. In particular, working at heights carries the risk of falls, and setting up scaffolding requires significant costs and time. Additionally, early detection of damage to the exterior and the establishment of appropriate repair plans are crucial for prolonging the building's lifespan and ensuring the safety of its occupants. Our drone-based high-altitude equipment inspections provide a safe and efficient solution to these challenges. [Usage Scenarios] - Exterior inspections of high-rise buildings - Areas where scaffolding installation is difficult - Cases requiring rapid inspections [Benefits of Implementation] - Reduction in scaffolding installation costs and time - Ensuring worker safety (reducing the risk of falls) - High-precision thickness measurements even over paint - Acquisition of highly reliable data (waveform data storage)

In port facilities, especially at quays, early detection of deterioration due to salt damage and wave action, along with appropriate maintenance management, is crucial for the safe operation and longevity of the facilities. The progression of deterioration can lead to a decline in functionality and unexpected accidents. Inspection work in high places or hazardous areas where human access is difficult poses significant challenges from a safety perspective. Our drone-based inspections of high-altitude equipment provide a safe and efficient solution to these challenges. 【Usage Scenarios】 - Checking for cracks, peeling, and exposed rebar in the quay structure - Visual inspection of structures around mooring facilities - Detection of abnormalities in equipment located at high altitudes - Regular structural integrity assessments 【Benefits of Implementation】 - Significant reduction in costs and time associated with scaffolding installation - Reduced risk of falls and accidents, ensuring worker safety - High-precision measurement of steel plate thickness even over paint (note: applicability may vary depending on quay structure) - Provision of highly reliable measurement data compliant with JIS standards

In the mining sector, it is essential to accurately understand the deterioration of storage facilities and maintain safe operations. In particular, inspecting equipment located in high places or hard-to-reach areas can pose challenges in terms of safety and cost. Our drone-based inspections of high-altitude equipment provide a safe and efficient solution to these challenges. 【Usage Scenarios】 - Inspection of high-altitude equipment such as storage tanks, silos, and piping - Inspection of equipment in hard-to-reach and hazardous areas - Regular monitoring of equipment conditions 【Benefits of Implementation】 - Significant reduction in the cost and time required for scaffolding installation - Improved safety through reduced risk of falls and accidents - High-precision thickness measurements possible even over coatings - Shortened preparation time for inspection tasks, minimizing impact on production

In a paper mill, it is essential to accurately understand the internal thickness of silos for safe maintenance and management. Particularly, depending on the characteristics of the stored raw materials and products, corrosion and wear can progress easily, making regular inspections indispensable. However, inspecting silos located at high altitudes presents challenges such as increased costs and time associated with scaffolding installation, as well as ensuring worker safety. Our drone-based high-altitude equipment inspections address these challenges, enabling safe and efficient silo thickness measurements. 【Usage Scenarios】 - Measuring the thickness of the silo body - Identifying areas of corrosion and wear in storage tanks - Inspecting equipment that is difficult to access at height 【Benefits of Implementation】 - Significantly reduces costs and time for scaffolding installation - Decreases the risk of falls and accidents for workers - Allows for high-precision thickness measurements even over paint