サニー・トレーディング Product Lineup

In pool hygiene management, water quality is extremely important for protecting the health of users. In particular, the concentration of residual chlorine is one of the key indicators for evaluating pool water quality. Maintaining an appropriate residual chlorine concentration is essential to suppress the growth of bacteria and viruses, providing a safe swimming environment. If measuring the residual chlorine concentration is cumbersome, management can become complicated, leading to potential oversights. The ATI Q46H/62-63 type residual chlorine meter requires no reagents and can directly measure free chlorine, effective chlorine, and combined chlorine. This streamlines pool water quality management and ensures user safety. 【Usage Scenarios】 - Measuring residual chlorine concentration in pools - Water quality management in bathing facilities - Monitoring circulation filtration systems 【Benefits of Implementation】 - Improved safety through accurate water quality management - Reduction in reagent costs - Reduced management burden through efficient measurement

In the pharmaceutical industry, the accurate management of residual chlorine concentration is essential to ensure product quality during the production of pure water. Residual chlorine plays a crucial role in reducing the risk of microbial contamination in the manufacturing process, but excessive residual chlorine can negatively impact product quality. The ATI Q46H/62-63 type residual chlorine meter can directly measure residual chlorine without the use of reagents, contributing to the simplification of measurements and improvement of accuracy. 【Usage Scenarios】 - Pure water production plants - Pharmaceutical manufacturing processes - Research facilities 【Benefits of Implementation】 - Improved product quality through accurate monitoring of residual chlorine concentration - Reduction in reagent purchase costs and management workload - Increased reliability of measurement data

In the cooling tower industry, water quality management is crucial to suppress the growth of Legionella bacteria. Particularly in cooling towers where temperatures are high and water tends to stagnate, proper management of residual chlorine concentration is essential to reduce the risk of Legionnaires' disease. Inadequate water quality management can promote the growth of Legionella bacteria and potentially cause health hazards. The ATI Q46H/62-63 type residual chlorine meter employs a diaphragm-type sensor and can directly measure residual chlorine concentration without the need for reagents. 【Usage Scenarios】 - Water quality management for cooling towers - Measures against Legionella bacteria - Measurement of free chlorine, effective chlorine, and combined chlorine (monochloramine) 【Benefits of Implementation】 - Reduction of Legionnaires' disease risk - Increased efficiency in water quality management - Accurate understanding of residual chlorine concentration

In the boiler industry, it is important to properly manage the residual chlorine concentration in boiler water to prevent corrosion of pipes and equipment. Corrosion can shorten the lifespan of equipment and increase the risk of operational shutdowns. The ATI Q46H/62-63 type residual chlorine meter employs a diaphragm-type sensor to accurately measure the residual chlorine concentration in boiler water, contributing to corrosion prevention. 【Application Scenarios】 - Boiler water treatment plants - Cooling water systems - Pure water production processes 【Benefits of Implementation】 - Reduction of equipment issues due to corrosion - Extension of equipment lifespan - Achievement of stable operations

In the wastewater treatment industry, strict management of the quality of discharged water is required. In particular, the concentration of residual chlorine is an important indicator for assessing environmental impact. Maintaining an appropriate residual chlorine concentration contributes not only to compliance with regulations but also to environmental conservation. The ATI Q46H/62-63 type residual chlorine meter employs a diaphragm-type sensor and can directly measure free chlorine, total chlorine, and combined chlorine without the need for reagents. 【Usage Scenarios】 - Management of discharged water at wastewater treatment plants - Management of discharged water from septic tanks - Water quality testing 【Benefits of Implementation】 - Optimization of water quality management through accurate measurement of residual chlorine concentration - Reduction of reagent costs - Improvement of measurement accuracy through pH correction functionality

In experiments conducted at research institutions, various gases are used, and gas leaks can lead to serious accidents. In particular, the leakage of hazardous or flammable gases not only threatens the health and safety of researchers but can also cause interruptions in experiments and damage to equipment. The ATI D16 portable gas detector was developed to mitigate these risks. It can be operated with one hand and can pinpoint gas leak locations, allowing for rapid response. 【Usage Scenarios】 - Chemical laboratories - Analytical laboratories - Research and development facilities - Manufacturing processes that use gas 【Benefits of Implementation】 - Reduces the risk of accidents due to gas leaks - Ensures the safety of researchers - Prevents interruptions in experiments - Minimizes damage through rapid response

In aquaculture, stable management of water quality, particularly dissolved oxygen concentration, is essential for the healthy growth of seafood. Since dissolved oxygen levels fluctuate constantly due to water temperature and biological activity, continuous and accurate measurement is crucial. Inadequate water quality management can lead to increased stress and mortality in seafood. The Q46D dissolved oxygen meter, equipped with an automatic cleaning function, enables reliable measurement monitoring over extended periods, making it suitable for water quality management in aquaculture environments. 【Usage Scenarios】 - Water quality monitoring in aquaculture ponds - Continuous monitoring of dissolved oxygen levels in tanks - Identification of factors causing water quality fluctuations 【Benefits of Implementation】 - Reduction of stress and maintenance of health in seafood - Decrease in mortality risk - Assurance of stable production levels