タカトテクニカ List of Products and Services

In the restaurant industry, hygiene management in the kitchen is extremely important. To reduce the risk of food poisoning and provide customers with safe meals, sterilization and disinfection of kitchen equipment are essential. In particular, a system that can accurately and efficiently supply disinfectants such as hypochlorous acid is required. Inadequate supply of disinfectants can lead to reduced sterilization effectiveness and corrosion of equipment. The TSP Pump CL model supports kitchen hygiene management by accommodating hypochlorous acid and achieving precise chemical injection. 【Usage Scenarios】 - Sterilization and disinfection of kitchen sinks, preparation tables, floors, etc. - Supply of disinfectants for dishwashers - Sterilization and disinfection of food processing equipment 【Benefits of Implementation】 - Reduces the risk of food poisoning - Improves hygiene levels in the kitchen - Enhances work efficiency

In the water treatment industry, precise injection of chemicals is essential for pH adjustment. Even slight fluctuations in pH can significantly impact treatment efficiency and water quality stability, necessitating pumps that can accurately inject chemicals without excess or deficiency. Our acid-resistant TSP pump AC model uses highly corrosion-resistant resin and can accurately dose the chemicals required for pH adjustment. 【Application Scenarios】 * pH adjustment in wastewater treatment facilities * pH adjustment of industrial water * Wastewater treatment in food factories 【Benefits of Implementation】 * Improved accuracy of pH adjustment * Optimization of chemical usage * Stable operation of equipment

In the etching process of the electronic circuit board industry, the precise supply of chemicals significantly affects product quality. Particularly, accurate flow control of the chemicals is essential for uniform etching treatment. Inadequate chemical supply can lead to defects in the substrate and a decrease in yield. Our acid-compatible TSP pump AC model features a corrosion-resistant design and a solenoid-driven system that allows for precise micro-dosing, contributing to solving challenges in the etching process. 【Usage Scenarios】 - Etching process in electronic circuit board manufacturing plants - Research and development requiring chemical supply 【Benefits of Implementation】 - Reduction of chemical waste - Improvement in etching quality - Enhancement of yield

In the plating industry, the precise injection of electrolyte solution affects product quality. Particularly in processes that use highly acidic electrolyte solutions, the corrosion resistance of the pump is crucial. Using an inappropriate pump can lead to liquid leaks or pump failures, potentially resulting in decreased production efficiency and increased costs. Our TSP pump, designed for acidic liquids, utilizes materials with excellent corrosion resistance to achieve accurate and precise injection of electrolyte solutions. 【Usage Scenarios】 - Supply of electrolyte solutions in plating processes - Processes that use highly acidic chemicals 【Benefits of Implementation】 - Improved product quality through accurate injection of electrolyte solutions - Reduced maintenance costs due to longer pump lifespan - Capability for outdoor installation with IP65 equivalent waterproof performance

In experiments conducted at research institutions, the precise injection of chemicals influences the experimental results. This is especially important when handling acidic solutions, where the corrosion resistance of the pump is crucial. Additionally, the ability to accurately inject small quantities of chemicals is required. Our acidic liquid-compatible TSP pump AC model uses materials with excellent corrosion resistance and achieves precise micro-injection through a solenoid drive system. This contributes to the improvement of reproducibility and accuracy in experiments. 【Usage Scenarios】 - Chemical experiments - Analytical experiments - Reagent preparation 【Benefits of Implementation】 - Improved experimental accuracy - Reduced waste of chemicals - Enhanced safety

In the mineral processing separation process, acidic chemicals are often used for the separation of ores, and pumps with excellent corrosion resistance are required. Accurate injection of chemicals is essential for efficient mineral processing operations. Improper pump selection can lead to equipment corrosion and chemical leaks, increasing the risk of operational downtime and environmental contamination. Our acid-resistant TSP pump AC model uses materials with excellent corrosion resistance and is ideal for the transfer of acidic chemicals. It employs a solenoid-driven system that can accurately inject small amounts of chemicals, contributing to the efficiency of the separation process. 【Application Scenarios】 * Mineral separation processes * Processes requiring chemical injection * Environments using highly corrosive chemicals 【Benefits of Implementation】 * Extended equipment lifespan * Optimization of chemical usage * Realization of a stable separation process

In the agricultural sector, pesticide application is essential to protect crop growth. However, some types of pesticides have high acidity, which poses a risk of corrosion and malfunction of the pumps used. Additionally, accurately adjusting the amount of pesticide is crucial for achieving effective pest control while reducing costs. The Acidic Liquid Compatible TSP Pump AC Model addresses these challenges by using materials with excellent corrosion resistance and ensuring precise chemical supply. 【Usage Scenarios】 - Quantitative pesticide application - Application of acidic pesticides - Chemical supply in greenhouses and house cultivation 【Benefits of Implementation】 - Increased pump lifespan - Improved efficiency of pesticide application - Cost reduction

In the fuel cell industry, precise injection of acidic liquids is required to enhance durability and efficiency. In particular, appropriate supply of acidic liquids is essential to maintain the performance of fuel cells. Improper injection can lead to system failures and performance degradation. Our acidic liquid-compatible TSP pump AC model employs materials with excellent corrosion resistance and utilizes a solenoid drive method that is optimal for accurately delivering small amounts of acidic liquid. 【Usage Scenarios】 - Supply of acidic liquids for fuel cell systems - Micro-injection of acidic liquids in research and development - Quantitative supply of acidic liquids on manufacturing lines 【Benefits of Implementation】 - Maintenance of fuel cell system performance through accurate injection of acidic liquids - Extended lifespan due to corrosion resistance - Improved operability through digital display

In the semiconductor industry, the precise supply of chemicals in the manufacturing process is a crucial factor that affects product quality and yield. In particular, alkaline chemicals are highly corrosive, requiring pumps with high chemical resistance. Additionally, the ability to accurately inject small amounts of chemicals is essential. Our alkaline liquid-compatible TSP pump BS model uses materials with excellent corrosion resistance and achieves precise chemical supply, contributing to solving challenges in semiconductor manufacturing. 【Usage Scenarios】 - Chemical supply in semiconductor manufacturing processes - Situations requiring precise micro-injection of chemicals - Handling of alkaline chemicals 【Benefits of Implementation】 - Improved accuracy of chemical supply - Stabilization of product quality - Reduction of running costs

In the pharmaceutical industry, the precise injection of reagents is a crucial factor that affects product quality. Alkaline reagents, in particular, are highly corrosive, requiring pumps with high chemical resistance. The use of inappropriate pumps can lead to contamination of the reagents or equipment failure. The alkaline liquid-compatible TSP pump BS model uses materials with excellent corrosion resistance, making it ideal for the precise quantitative injection of alkaline reagents. 【Application Scenarios】 - Reagent formulation - Supply to analytical instruments - Quality control 【Benefits of Implementation】 - Improved quality through accurate injection of reagents - Cost reduction due to longer pump lifespan - Increased productivity through stable supply

In the chemical industry’s reaction processes, the precise injection of chemicals is essential to ensure product quality and safety. This is particularly important when handling alkaline chemicals, as the pump's corrosion resistance becomes critical. Using an inappropriate pump can lead to chemical leaks and pump deterioration, potentially resulting in decreased production efficiency and safety risks. The alkaline liquid-compatible TSP pump BS model utilizes materials with excellent corrosion resistance and employs a solenoid-driven method that allows for precise metering injection. 【Usage Scenarios】 * Addition of chemicals in chemical reaction processes * pH adjustment * Injection of catalysts 【Benefits of Implementation】 * Improved reaction efficiency through accurate chemical injection * Extended pump lifespan due to corrosion resistance * Enhanced safety

In the surface treatment process of the metal processing industry, precise injection of chemicals that affect product quality is required. Particularly when using alkaline chemicals, corrosion resistance and accurate flow control are crucial. Improper chemical injection can negatively impact the finish and durability of the product. The alkaline liquid-compatible TSP pump BS model uses materials with excellent corrosion resistance and allows for precise micro-injection, contributing to solving challenges in the surface treatment process. 【Usage Scenarios】 - Surface treatment process for metal parts - Situations requiring precise injection of alkaline chemicals - Environments handling highly corrosive chemicals 【Benefits of Implementation】 - Reduces chemical waste and controls costs - Contributes to stabilizing product quality - Improves work efficiency

In the water treatment industry, pH adjustment is a very important factor in water quality management. Accurately injecting alkaline chemicals is essential for stabilizing water quality and improving treatment efficiency. Improper pH adjustment can lead to disruptions in the treatment process and corrosion of equipment. The alkaline liquid-compatible TSP pump BS model uses materials with excellent corrosion resistance and can accurately inject the alkaline chemicals necessary for pH adjustment. 【Application Scenarios】 - pH adjustment in wastewater treatment facilities - Water quality management in building maintenance - pH adjustment in food factories 【Benefits of Implementation】 - Optimization of pH control through accurate chemical injection - Reduction of equipment corrosion risk - Improvement of treatment efficiency through stable water quality management

In the textile dyeing industry, the precise injection of alkaline chemicals such as dyes and auxiliaries is a crucial factor that affects the quality of dyeing. Particularly, accurate quantitative supply of chemicals is essential to ensure color uniformity and prevent color variations. Improper injection can lead to a decline in product quality and unnecessary cost increases. The alkaline liquid-compatible TSP pump BS model is made from highly corrosion-resistant materials, making it ideal for the transfer of alkaline chemicals. Its solenoid-driven mechanism allows for precise delivery of small amounts, and the digital display enhances usability, contributing to improved dyeing quality. 【Application Scenarios】 * Injection of dyes and auxiliaries in the dyeing process * Pre-treatment processes using alkaline chemicals * Chemical injection in wastewater treatment facilities 【Benefits of Implementation】 * Improved dyeing quality (reduction of color variations and enhancement of uniformity) * Cost reduction through optimization of chemical usage * Assurance of stable productivity

In experiments conducted at research institutions, the precise injection of chemicals significantly impacts the results. Particularly when handling alkaline substances, corrosion resistance and accurate flow control are essential. The use of inappropriate pumps can lead to experimental failures or damage to equipment. Our alkaline liquid-compatible TSP pump BS model utilizes materials with excellent corrosion resistance and enables precise micro-injection, thereby supporting research experiments. 【Application Scenarios】 - Chemical experiments - Analytical experiments - Reagent preparation 【Benefits of Implementation】 - Improved experimental accuracy through precise chemical injection - Extended pump lifespan - Increased efficiency of experiments

In the agricultural sector, the precise application of pesticides significantly affects crop growth and yield. Particularly when using alkaline pesticides, the corrosion resistance of the pump becomes crucial. Using an inappropriate pump can lead to chemical leaks or pump failures, potentially causing work interruptions and increased costs. The alkaline liquid-compatible TSP pump BS model is made from materials with excellent corrosion resistance, making it ideal for transferring alkaline pesticides. 【Usage Scenarios】 - Precise injection of pesticides - Mixing of liquid fertilizers - Spraying in greenhouses and house cultivation 【Benefits of Implementation】 - Improved accuracy in pesticide application - Extended pump lifespan - Enhanced work efficiency

In the cosmetics industry, precise formulation and transfer of raw materials are essential to maintain product quality. This is particularly important when handling alkaline raw materials, as the corrosion resistance of pumps is crucial. Using inappropriate pumps can lead to the deterioration of raw materials and a decline in product quality. The alkaline liquid-compatible TSP pump BS model employs materials with excellent corrosion resistance and utilizes a solenoid-driven method that allows for precise micro-injection. This ensures accurate transfer while maintaining the quality of cosmetic raw materials. 【Application Scenarios】 * Formulation of cosmetic raw materials * Transfer of alkaline raw materials * Micro-injection in research and development 【Benefits of Implementation】 * Maintenance of raw material quality * Improved product stability through accurate formulation * Reduction of waste in raw materials

In the printing industry, the accurate supply of ink is a crucial factor that affects print quality. Particularly when using alkaline inks, the chemical resistance of the pump is required. Managing ink concentration and ensuring a stable supply are essential for determining the finish of printed materials and for suppressing the occurrence of defective products. The alkaline liquid-compatible TSP pump BS model employs materials with excellent corrosion resistance, achieving precise quantitative supply of ink. 【Usage Scenarios】 * Ink supply systems * Ink mixing systems 【Benefits of Implementation】 * Stabilization of ink supply * Improvement of print quality * Enhanced maintainability

In the battery manufacturing industry, the precise injection of electrolyte significantly affects product performance and safety. Particularly in the production of batteries using alkaline electrolytes, corrosion resistance and precise micro-injection are required. Improper injection can lead to decreased battery performance and shortened lifespan. Our alkaline liquid-compatible TSP pump BS model utilizes materials with excellent corrosion resistance and employs a solenoid-driven method that is optimal for accurately delivering small amounts of electrolyte. 【Usage Scenarios】 - Injection of electrolyte in battery manufacturing plants - Processes using alkaline electrolytes - Situations requiring precise micro-injection 【Benefits of Implementation】 - Improved accuracy of electrolyte injection - Stabilization of product quality - Long-term cost reduction