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"The only measuring device that can measure the total amount of concrete being poured." The continuous RI concrete moisture meter (COARA NX) can continuously and in real-time measure the unit water content of fresh concrete flowing through the pumping pipes. By installing it on the pipes of concrete pump trucks, the quality of the poured concrete can be monitored and managed. [Features] ■ Easy Installation The COARA NX has been made smaller and lighter compared to conventional devices, making installation on pumping pipes significantly easier. (Weight of the measuring device: 42kg → 13kg, approximately 1/3) ■ Remote Monitoring Capability By using the optional "SRENET," remote monitoring of the unit water content during pouring is possible. In environments away from the site, not only can the unit water content be checked, but also the pouring time. → NETIS Registration [CB-240049-A] "Concrete Unit Water Content Remote Monitoring System" *For more details, please download the PDF or contact us.

The continuous RI concrete moisture meter "COARA" can be installed in the piping section of a concrete pump truck to continuously measure the unit water volume of fresh concrete in real-time. 【Features】 ■ In concrete structures such as public civil engineering works and 200-year houses, where long-term durability is required, ensuring the quality (unit water volume) of the total poured quantity is extremely useful. ■ Measurement data can be transmitted via communication lines, allowing simultaneous verification at both the site office and the ready-mix concrete plant. This enables immediate action to be taken if any abnormal values are detected, ensuring the quality of the concrete. ■ The measured unit water volume data is stored as electronic data, which can be utilized as traceability documentation for the maintenance management of concrete structures in the future.

The pipe density meter "PIRICA-S1" utilizes radioactive isotopes (RI) to continuously measure the density of substances (liquids, slurries, etc.) flowing inside pipes in a non-destructive and non-contact manner. 【Features】 ■ Compatible with pipe diameters of 1 to 8 inches (*For pipe diameters of 10 to 16 inches, please consider the PIRICA-L1.) ■ Uses a sealed source of Barium-133 with an activity of 1MBq - no notification procedures to the Nuclear Regulation Authority are required ■ Can be installed on pipes without tools, unless under special conditions ■ Mechanical specifications are designed for field use, featuring a waterproof and dustproof (IP65) structure ■ Measurements can be taken without a 100V power supply thanks to the built-in rechargeable battery ■ Wireless remote measurement (up to 100m) is possible with Bluetooth Class 1 ■ Supports remote monitoring via internet connection (optional: SRENET) ■ In addition to the general-purpose PIRICA-S1, we also offer battery-less, wireless external models for factory equipment (PIRICA-S2) and explosion-proof models (PIRICA-S3) (inquiries required) *For more details, please download the PDF or contact us.

The piping RI density meter "PIRICA-L1" is a measurement device that utilizes radioactive isotopes (RI) to continuously measure the density of substances (liquids, slurries, etc.) flowing within pipes in a non-destructive and non-contact manner. The PIRICA-L1 is a model that enables measurements in large diameter pipes (10 to 16 inches) while maintaining the performance of the PIRICA-S1. 【Features】 ■ Compatible with pipe diameters of 10 to 16 inches (* For 1 to 8 inch pipes, please consider the PIRICA-S1.) ■ Uses sealed sources of cesium-137 or cobalt-60 as the radiation source * Notification procedures to the Nuclear Regulation Authority are required ■ Mechanical specifications are designed for field use, featuring waterproof and dustproof (IP65) construction ■ Capable of measurement without a 100V power supply using an internal rechargeable battery ■ Wireless remote measurement (up to 100m) enabled by Bluetooth Class 1 ■ Supports remote monitoring via internet connection (optional: SRENET) * For more details, please download the PDF or contact us.

In the concrete industry, accurate understanding of the unit water content, which affects the durability of concrete, is essential for quality control. This is particularly important for concrete that requires long-term durability, such as public civil engineering structures and 200-year homes, where managing the unit water content is crucial. COARA ensures the quality of the total poured quantity by continuously measuring the unit water content of ready-mixed concrete in real-time when installed in the piping section of a concrete pump truck. 【Usage Scenarios】 - Public civil engineering projects - 200-year homes - Quality control at ready-mixed concrete plants 【Benefits of Implementation】 - Understanding the unit water content of the total poured quantity - Rapid response to abnormal values - Use as traceability documentation

In the civil engineering industry, ensuring the quality of concrete structures and reducing costs are important challenges. Particularly for public civil structures and those requiring long-term durability, it is essential to accurately manage the quality of concrete (water-to-cement ratio). An excess or deficiency in the water-to-cement ratio can lead to a decrease in concrete strength and cracking, which may result in repair costs and delays in construction schedules. COARA continuously measures the water-to-cement ratio of ready-mixed concrete in real-time by installing it in the piping section of concrete pump trucks, ensuring the quality of the total poured quantity. 【Usage Scenarios】 - Public civil engineering projects - 200-year housing - Tunnel construction - Dam construction 【Benefits of Implementation】 - Improvement in concrete quality - Optimization of material costs - Reduction in repair costs - Assurance of traceability

In the construction industry, there is always a demand for shortening construction periods while ensuring quality. Particularly in concrete pouring, managing the unit water volume is crucial; if this is insufficient, it can lead to cracking and reduced strength, resulting in repairs and rework that may impact the construction schedule. COARA supports quality management by continuously measuring the unit water volume of ready-mixed concrete in real-time when installed in the piping section of concrete pump trucks. 【Usage Scenarios】 - High-rise building construction - Bridge construction - 200-year housing - Public civil engineering structures 【Benefits of Implementation】 - Thorough quality management through real-time data collection - Early detection of anomalies and prompt response - Improved maintenance management efficiency through ensured traceability

In the infrastructure industry, the long-term durability of structures is extremely important. Particularly in public civil engineering structures, the quality of concrete greatly influences its lifespan. Managing the unit water content is essential to prevent cracking and deterioration, ensuring the durability of the structure. COARA can be installed in the piping section of concrete pump trucks to continuously measure the unit water content of fresh concrete in real-time. 【Usage Scenarios】 - Public civil engineering structures - 200-year homes - Infrastructure structures such as tunnels and bridges 【Benefits of Implementation】 - Real-time understanding of the unit water content for the total amount poured - Improved quality control of concrete - Assurance of long-term durability of structures - Utilization as traceability documentation

In bridge construction, the quality of concrete is a crucial factor that influences the safety and durability of structures. In particular, managing the unit water content is essential to prevent cracking and deterioration, ensuring the long-term integrity of the structure. COARA continuously measures the unit water content of fresh concrete in real-time by installing it in the piping section of concrete pump trucks, guaranteeing the quality of the total poured quantity. This strengthens quality management in bridge construction and contributes to improved safety. 【Usage Scenarios】 - Bridge construction sites - Public civil engineering projects - Projects where quality management is emphasized 【Benefits of Implementation】 - Stabilization of concrete quality - Improvement of structural durability - Assurance of traceability - Accumulation of maintenance management data

Concrete structures in dam construction require long-term durability. To ensure long-term safety, it is crucial to manage the quality of concrete, particularly by accurately understanding the unit water content. Variations in unit water content can affect the strength and durability of concrete, potentially impacting the lifespan of the structure. COARA supports quality management by continuously measuring the unit water content of the total amount poured in real-time when installed in the piping section of a concrete pump truck. 【Usage Scenarios】 - During concrete pouring at dam construction sites - For dam structures requiring long-term monitoring - To enhance quality management and ensure traceability 【Benefits of Implementation】 - Real-time understanding of the unit water content of the total amount poured - Stabilization of concrete quality - Contribution to the long-term maintenance of structures - Ability to respond quickly based on data

In tunnel construction, the quality of concrete affects the durability of structures and can lead to delays in the construction schedule. In particular, the management of unit water content significantly impacts the strength of concrete and the risk of cracking. COARA enhances quality control by continuously measuring the unit water content of fresh concrete in real-time, enabling rapid response in the event of issues. 【Usage Scenarios】 - Concrete pouring for primary and secondary lining of tunnels - Quality control at ready-mix concrete plants - Data verification at site offices 【Benefits of Implementation】 - Stabilization of concrete quality - Assurance of traceability - Potential for shortened construction periods - Accumulation of maintenance management data

In the plant industry, optimizing the mix is essential for quality control of ready-mixed concrete. In particular, fluctuations in the unit water content significantly affect the strength and durability of concrete, making accurate measurement and appropriate management crucial. COARA supports the optimization of the mix by continuously measuring the unit water content in real-time when installed in the piping section of a ready-mixed concrete pump truck. 【Usage Scenarios】 - Quality control at ready-mixed concrete plants - Quality improvement through mix adjustments - Production of long-lasting durable concrete 【Benefits of Implementation】 - Strengthened quality control through real-time monitoring of unit water content - Reduction in material costs through optimization of the mix - Quality assurance through the use of traceability data

In research institutions, accurate data collection is essential for studies related to concrete quality control and mix design. In particular, fluctuations in the unit water content significantly affect the strength and durability of concrete, necessitating real-time measurement. COARA continuously measures the unit water content of fresh concrete and can obtain data on the total amount poured in real time. This enables researchers to conduct analyses based on more detailed data, contributing to the advancement of concrete technology. 【Application Scenarios】 - Research on concrete mix design - Data collection in material testing - Research on long-term durability 【Effects of Implementation】 - Enables research based on accurate data - Improves efficiency and accuracy of research - Contributes to paper presentations and technological development

In the construction industry, safety management emphasizes the importance of concrete quality control. Specifically, the unit water content of fresh concrete significantly affects the strength and durability of the concrete, necessitating accurate measurement and management. Inadequate measurement of the unit water content can lead to a deterioration in concrete quality and potential safety issues in structures. COARA NX measures the unit water content of fresh concrete flowing through the pumping pipes in real-time, supporting concrete quality management. 【Usage Scenarios】 - Pouring sites with concrete pump trucks - Construction sites for tunnels, bridges, dams, etc. - Strengthening quality management 【Benefits of Implementation】 - Monitoring and managing the quality of poured concrete - Improved reliability through NETIS registered technology - Efficient quality management through remote monitoring

In the manufacturing industry, quality control of concrete products is essential to ensure the durability and safety of the products. In particular, the mix of concrete and the amount of water during pouring are critical factors that influence product quality. If proper moisture management is not conducted, it can lead to cracking and a decrease in strength, resulting in defective products. COARA NX measures the unit water volume of fresh concrete flowing through the pumping pipes in real time, contributing to quality improvement in manufacturing by monitoring and managing the quality of concrete. 【Usage Scenarios】 - Concrete product manufacturing plants - Precast concrete manufacturing sites - Quality control departments 【Benefits of Implementation】 - Stabilization of concrete product quality - Reduction of defective products - Streamlining of the manufacturing process

In the chemical plant industry, quality control and efficiency of manufacturing processes are crucial. In particular, managing the density of reactants and products is not only essential for product quality but also vital for safe operations. Traditional measurement methods have faced challenges, such as the time and effort required for sampling and analysis, making real-time situational awareness difficult. The piping RI density meter 'PIRICA-S1' uses RI technology to continuously measure the fluid density within pipes in a non-destructive and non-contact manner. This allows for the early detection of process anomalies and enables rapid responses. 【Application Scenarios】 - Density management of slurries and mixed liquids - Monitoring of product quality - Detection of anomalies in substances within pipes 【Benefits of Implementation】 - Rapid process control through real-time data acquisition - Improvement in product quality and yield - Enhanced safety and reduced risks - Optimization of processes through recording and analysis of measurement data *Please consult us in advance regarding applicability.

In mining, accurate density management of slurry is essential for efficient production and quality maintenance. In particular, fluctuations in slurry density during the beneficiation process and transportation pipelines can lead to equipment damage and a decline in product quality. The piping RI density meter "PIRICA-S1" continuously measures the density of slurry non-destructively and non-contact, addressing these challenges. 【Application Scenarios】 - Slurry density management in beneficiation plants - Density monitoring in pipeline transportation - Density measurement in quality control 【Benefits of Implementation】 - Early detection of anomalies through real-time density monitoring - Improved production efficiency through optimal density management - Stabilization of product quality - Protection of equipment *Please consult us in advance regarding applicability.

In the water treatment industry, accurately understanding sludge density is essential for efficient process management and cost reduction. In particular, the properties of sludge can vary significantly, necessitating real-time monitoring. Improper density management can lead to equipment overload and decreased processing efficiency, ultimately resulting in increased energy costs and greater environmental impact. The piping RI density meter "PIRICA-S1" continuously measures fluctuations in sludge density in a non-destructive and non-contact manner, supporting the optimization of water treatment processes. 【Usage Scenarios】 - Real-time monitoring of sludge density - Optimization of the dewatering process - Efficiency improvement in sludge management 【Benefits of Implementation】 - Stabilization of processes - Reduction of operating costs - Decrease in environmental impact *Please consult us in advance regarding applicability.

In the power generation industry, accurate management of ash density in coal ash slurry transport is required. Variations in ash density can lead to issues such as reduced equipment efficiency, pipe blockages, and wear. To prevent these problems, real-time monitoring of ash density is essential. The pipe RI density meter "PIRICA-S1" continuously measures ash density in a non-destructive and non-contact manner, addressing these challenges. [Application Scenarios] - Coal ash slurry transport piping - Equipment maintenance through ash density management - Optimization of plant operations [Benefits of Implementation] - Early detection of anomalies through real-time monitoring of ash density - Reduction of risks related to pipe blockages and wear - Stable operation and improved efficiency of the plant *Please consult in advance regarding applicability.

In the steel industry, accurate density measurement in slag management is essential for product quality and optimization of the manufacturing process. Understanding the composition and condition of slag leads to improved yield, equipment protection, and a safe working environment. However, traditional measurement methods have posed challenges due to the time and effort required for measurements, making real-time data acquisition difficult. The piping RI density meter "PIRICA-S1" addresses these challenges and contributes to the efficiency of slag management. 【Usage Scenarios】 * Density measurement of slag * Monitoring the condition of slag in pumping pipelines * Optimization of the manufacturing process 【Benefits of Implementation】 * Improved quality control through real-time density data acquisition * Cost reduction through optimization of the manufacturing process * Enhanced safety *Please consult in advance regarding applicability.

In the cement industry, the precise formulation of raw materials affects the quality of the products. In particular, uniform mixing significantly impacts the strength and durability of cement. If the formulation is inappropriate, it can lead to a decline in product quality and issues during the manufacturing process. The piping-type RI density meter 'PIRICA-S1' measures the density of materials in the raw material mixing process in real-time, supporting quality control. 【Usage Scenarios】 - Slurry mixing process of cement raw materials - Monitoring of formulation ratios - Data acquisition for quality control 【Benefits of Implementation】 - Improved quality control through real-time density measurement - Ensured safety through non-destructive and non-contact measurement - Maintenance of stable quality through continuous measurement *Please consult in advance regarding applicability.

In the waste management industry, it is essential to accurately understand the composition and properties of waste to improve the efficiency of landfilling and recycling. In particular, real-time monitoring of waste density is crucial for optimizing processing processes, ensuring safety, and reducing costs. Improper density management can lead to decreased processing efficiency and environmental pollution. The piping RI density meter 'PIRICA-S1' is a measurement device that uses radioactive isotopes (RI) to continuously measure the density of substances (liquids, slurries, etc.) flowing through pipes in a non-destructive and non-contact manner. [Application Scenarios] - Density measurement of slurries and liquids in waste treatment plants - Composition analysis of materials in recycling processes - Monitoring of leachate in landfills [Benefits of Implementation] - Optimization of processing processes through real-time density measurement - Improved safety through non-destructive measurement - Efficient management through data visualization - Contribution to cost reduction *Please consult in advance regarding applicability.

In the food industry, precise management of filling quantities is essential to ensure product quality and safety. Particularly in the process of filling liquid or slurry foods, variations in filling amounts can lead to product quality degradation and increased costs. The PIRICA-S1 enables accurate monitoring of filling quantities by measuring the density of fluids in pipes in real-time. With non-destructive and non-contact measurements, it allows for continuous quality control without stopping the production line. 【Application Scenarios】 - Filling processes in food manufacturing lines - Monitoring of filling quantities for liquid and slurry foods - Early detection of foreign matter contamination 【Benefits of Implementation】 - Cost reduction through optimization of filling quantities - Improvement in product quality - Increased efficiency of manufacturing processes - Reduction of foreign matter contamination risks *This product was developed for the construction and civil engineering sector. Please consult in advance regarding its applicability.