タカトテクニカ List of Products and Services

In the water supply and drainage industry, chlorine injection for disinfection is essential for water quality management. The accuracy of chlorine injection directly impacts the safe supply of water, with excessive injection leading to increased costs and insufficient injection resulting in reduced disinfection effectiveness. Takato Technica's diaphragm-type chemical dosing pump achieves precise chemical injection and supports efficient water treatment. 【Usage Scenarios】 - Chlorine injection at water purification plants - Chemical dosing at wastewater treatment facilities 【Benefits of Implementation】 - Optimization of water quality management through accurate chemical injection - Reduction of chemical costs - Realization of a stable water treatment process

• Positive Displacement Pump

The Takato Technica solenoid-driven pump "DFD Series" is a solenoid (electromagnetic) driven diaphragm pump that is widely used in industrial applications. It can be used for various purposes, including as a pump for industrial machinery handling water treatment chemicals and as a dosing pump for laboratory testing.

• Positive Displacement Pump

The "AODD pump" is a product that can transfer solid particles up to 9.4mm and high-viscosity liquids up to 10,000 mPa·s. It uses compressed air as its power source, allowing for flow control by adjusting the air pressure and the valve opening of the transfer piping. Even in cases of valve blockage or piping clogs, the pressure will not exceed the supplied air, significantly reducing the risk of damage or failure. Additionally, the material of the pump body can be selected according to the chemical liquid, with options including aluminum, stainless steel, PP, and PVDF. All models come standard with a PTFE specification featuring a back diaphragm, ensuring high durability. 【Features】 ■ Capable of transferring high-viscosity and slurry ■ No worries about liquid leakage ■ Self-priming pump that does not break even when running dry ■ Easy to handle ■ Safe structure with simple control ■ Diverse material models *For more details, please download the PDF or feel free to contact us.

• Other pumps

Air-driven diaphragm pumps are self-priming, volumetric change type pumps powered by compressed air from a compressor. They are suitable for transferring all types of liquids, including emulsions, slurries, high-viscosity liquids, and explosive chemicals. Applications: Designed for safety, they can be used in explosion-proof facilities, powered by compressed air. They operate at a pressure of 0.2 to 0.7 MPa and can be used with flammable chemicals such as solvents. They are capable of transferring corrosive liquids and are ideal for various liquid transfers of acidic and strongly alkaline chemicals (please select materials with chemical resistance suitable for the fluid being used). Maintenance is easy, with no mechanical seals to worry about, eliminating concerns about liquid leakage. The simple structure allows for easy disassembly and maintenance. As a self-priming pump, it requires no priming water. It has self-priming capability (approximately -5m for water) and can handle air mixing and dry running. Flow rate adjustment is easy and can be regulated by opening and closing piping valves or adjusting the supply air pressure. Even in the event of a closed valve operation, the pump will not be damaged. Compatible liquids: emulsions, slurries, high-viscosity liquids, explosive chemicals, etc. Compatible liquid temperature: 0°C to 60°C.

• Positive Displacement Pump

Air-driven diaphragm pumps are self-priming, volumetric change pumps powered by compressed air from a compressor. They are suitable for transferring all types of liquids, including emulsion liquids, slurry liquids, high-viscosity liquids, and explosive chemicals. Applications: Designed for safety, they can be used in explosion-proof facilities, powered by compressed air. They operate at a pressure of 0.2 to 0.7 MPa and can be used with flammable chemicals such as solvents. They are capable of transferring corrosive liquids and are ideal for various liquid transfers of acidic and strongly alkaline chemicals (please select materials with appropriate chemical resistance for the fluid being used). Maintenance is easy, with no mechanical seals, eliminating concerns about liquid leakage. The simple structure allows for easy disassembly and maintenance. As a self-priming pump, it does not require priming water. It has self-priming capability (approximately -5m for water) and can handle air mixing and dry running. Flow rate adjustment is easy and can be regulated by opening and closing piping valves or adjusting the supply air pressure. Even in the event of a closed valve operation, the pump will not be damaged. Compatible liquids: emulsion liquids, slurry liquids, high-viscosity liquids, explosive chemicals, etc. Compatible liquid temperature: 0℃ to 80℃.

• Positive Displacement Pump

Air-driven diaphragm pumps are self-priming, volumetric change type pumps powered by compressed air from a compressor. They are suitable for transferring all types of liquids, including emulsion liquids, slurry liquids, high-viscosity liquids, and explosive chemicals. Applications: Designed for safety, they can be used in explosion-proof facilities, powered by compressed air. They operate at a pressure of 0.2 to 0.7 MPa and can be used with flammable chemicals such as solvents. They can transfer corrosive liquids and are ideal for various liquid transfers of acidic and strongly alkaline chemicals (please select materials with chemical resistance appropriate for the fluid being used). Maintenance is easy, with no mechanical seals to worry about liquid leakage. The simple structure allows for easy disassembly and maintenance. As a self-priming pump, it does not require priming water. It has self-priming capability (approximately -5m for water) and can handle air mixing and dry running. Flow rate adjustment is easy and can be controlled by opening and closing piping valves or adjusting the supply air pressure. Even in the event of a closed valve operation, the pump will not be damaged. Applicable liquids: emulsion liquids, slurry liquids, high-viscosity liquids, explosive chemicals, etc. Applicable liquid temperature: 0℃ to 80℃.

• Positive Displacement Pump

Air-driven diaphragm pumps are self-priming, volumetric change pumps powered by compressed air from a compressor. They are suitable for transferring all types of liquids, including emulsion liquids, slurry liquids, high-viscosity liquids, and explosive chemicals. Applications: Designed for safety, they can be used in explosion-proof facilities, powered by compressed air. They operate at a pressure of 0.2 to 0.7 MPa and can be used with flammable chemicals such as solvents. They are capable of transferring corrosive liquids and are ideal for various liquid transfers of acidic and strongly alkaline chemicals (please select materials with chemical resistance appropriate for the fluid being used). Maintenance is easy, as there are no mechanical seals, eliminating concerns about liquid leakage. The simple structure allows for easy disassembly and maintenance. Being a self-priming pump, it does not require priming water. It has self-priming capability (approximately -5m for water) and can handle air mixing and dry running. Flow rate adjustment is easy and can be controlled by opening and closing piping valves or adjusting the supply air pressure. Even if the valve is closed during operation, the pump will not be damaged. Compatible liquids: Emulsion liquids, slurry liquids, high-viscosity liquids, explosive chemicals, etc. Compatible liquid temperature: 0°C to 60°C.

• Positive Displacement Pump

The "DS02" is a small air-driven chemical diaphragm pump. It is widely used in industrial applications and can be utilized as a resin pump for chemical transfer in a variety of chemical transfer applications. The power source is instrument air (dry air), with product dimensions of 141×135×184(H)mm and a product weight of 1.3kg. Please feel free to contact us if you have any inquiries. 【Specifications (partial)】 ■ Model number: DS02-PPT-TPTP-03 ■ Drive method: Air-driven ■ Pump type: Diaphragm pump ■ Maximum discharge rate: 15L/min ■ Maximum discharge pressure: 0.7MPa ■ Power source: Instrument air (dry air) *For more details, please download the PDF or feel free to contact us.

• Other pumps

In the battery industry, the precise supply of electrolyte is crucial for ensuring product quality and safety. In particular, leaks or errors in the supply of electrolyte can lead to decreased battery performance or accidents. The DS pump is designed for safety, using compressed air as its power source and is suitable for use in explosion-proof facilities. It operates with compressed air at 0.2 to 0.7 MPa and is capable of transferring corrosive liquids. This enhances safety in electrolyte supply and supports stable production. 【Usage Scenarios】 - Electrolyte supply in battery manufacturing plants - Experiments in research and development facilities 【Benefits of Implementation】 - Improved safety (explosion-proof design) - Reduced risk of liquid leakage - Enhanced quality through stable liquid supply

• Positive Displacement Pump

In the pharmaceutical industry, accurate liquid volume management and safety are essential for reagent supply. Particularly when handling corrosive or flammable reagents, it is necessary to minimize the risks of leaks and explosions. The DS pump adopts an air-driven explosion-proof design to address these challenges and ensure safe reagent supply. 【Usage Scenarios】 - Reagent supply in research and development facilities - Liquid supply in manufacturing lines 【Benefits of Implementation】 - Improved safety (explosion-proof design) - Reduced risk of leaks (no mechanical seals) - Compatibility with a variety of liquids (selection of chemical-resistant materials)

• Positive Displacement Pump

In the ceramics industry, the stable supply of slurry during the manufacturing process significantly affects product quality and production efficiency. In particular, the composition, viscosity, and temperature management of the slurry have a major impact on product uniformity and strength. Pump failures or performance instability can lead to production line stoppages and the occurrence of defective products. DS pumps are air-driven, making them suitable for use in explosion-proof areas, and they ensure a stable supply of slurry. 【Usage Scenarios】 - Supply of slurry in ceramics manufacturing plants - Supply of liquid agents such as abrasives and dispersants - Transfer of high-viscosity slurry 【Benefits of Implementation】 - Safe liquid transfer in explosion-proof areas - Improved quality through stable slurry supply - Increased productivity due to enhanced maintainability

• Positive Displacement Pump

In the cosmetics industry, precise mixing of raw materials is essential to maintain consistent product quality. Particularly when handling emulsions and high-viscosity materials, uniform mixing significantly affects the final product. Improper mixing can lead to product separation or quality degradation. The DS pump supports the manufacturing of products with stable quality by accommodating the transfer of various liquids. 【Usage Scenarios】 - Mixing of cosmetic raw materials - Transfer of emulsion liquids, slurry liquids, and high-viscosity liquids 【Benefits of Implementation】 - Improved product quality through uniform mixing - Compatibility with various raw materials - Cost reduction due to ease of maintenance

• Positive Displacement Pump

In the plating industry, the stable circulation of chemical solutions significantly affects product quality and production efficiency. Particularly with corrosive chemicals or those requiring temperature control, liquid leaks and pump failures pose major issues. DS pumps, powered by compressed air, can also be used in explosive areas. Additionally, they are made from materials with excellent chemical resistance, making them suitable for various chemical solutions. 【Usage Scenarios】 - Supply of chemical solutions to plating baths - Circulation of chemical solutions - Waste liquid treatment 【Benefits of Implementation】 - Safe transfer of chemical solutions - Reduced risk of liquid leaks - Improved maintainability

• Positive Displacement Pump

In the agricultural sector, efficiency and safety in pesticide application work are required. Particularly when working on large areas of farmland or using flammable pesticides, selecting a safe pump is crucial. The DS pump, powered by compressed air, can be used in explosion-proof facilities and is suitable for the application of highly flammable pesticides. 【Usage Scenarios】 - Pesticide application - Liquid fertilizer application - Chemical transfer in explosion-proof areas 【Benefits of Implementation】 - Improved safety (explosion-proof design) - Compatibility with a variety of liquids - Enhanced maintainability

• Positive Displacement Pump

In the ink industry, the stable supply of ink is a crucial factor that affects product quality. Especially as printing machines become faster and more precise, poor ink supply can lead to printing inconsistencies and defects, potentially resulting in significant losses. DS pumps accommodate various inks, such as emulsion liquids, slurry liquids, and high-viscosity liquids, ensuring a stable supply. [Usage Scenarios] - Ink supply to inkjet printers - Ink supply for printing machines - Liquid transfer in the ink manufacturing process [Benefits of Implementation] - Improved printing quality due to stabilized ink supply - Reduction of ink waste, contributing to cost savings - Enhanced work efficiency due to ease of maintenance

• Positive Displacement Pump

In the water treatment industry, efficient transportation of sludge is required. Particularly when handling corrosive substances or high-viscosity sludge, the durability and safety of pumps are crucial. Conventional pumps pose risks of clogging and liquid leakage, and maintenance can be cumbersome. DS pumps are air-driven, can be used in explosion-proof facilities, accommodate a variety of liquids, and are easy to maintain. 【Usage Scenarios】 - Sludge treatment facilities - Wastewater treatment facilities - Transportation of various liquids 【Benefits of Implementation】 - Improved safety (explosion-proof design) - Enhanced maintainability (no mechanical seals) - Compatibility with various liquids (emulsion liquids, slurry liquids, etc.)

• Positive Displacement Pump

In the painting industry, a stable supply of paint and a safe working environment are required. Especially in sites where flammable solvents are used, explosion-proof performance is crucial. The DS pump uses compressed air as its power source and is suitable for use in explosion-proof facilities. It stabilizes the supply of paint and ensures a safe working environment. [Usage Scenarios] - Transfer of paint - Transfer of solvents - Use in explosion-proof areas [Benefits of Implementation] - Improved safety - Enhanced work efficiency - Compatibility with the transfer of various liquids

• Positive Displacement Pump

In the chemical industry, the supply of chemical solutions prioritizes safety above all else. Particularly when handling corrosive chemicals or flammable solvents, it is essential to minimize the risks of leaks and ignition. The DS pump, powered by compressed air, can be used in explosion-proof areas, ensuring safe chemical supply. 【Usage Scenarios】 - Transfer of corrosive chemicals - Supply of acidic and strongly alkaline chemicals - Supply of flammable solvents 【Benefits of Implementation】 - Safe chemical supply in explosion-proof areas - Reduced risk of leaks - Compatibility with a variety of chemicals

• Positive Displacement Pump

Air-driven diaphragm pumps are self-priming, volumetric change pumps powered by compressed air from a compressor. They are suitable for transferring all types of liquids, including emulsion liquids, slurry liquids, high-viscosity liquids, and explosive chemicals. Applications: Designed for safety, they can be used in explosion-proof facilities, powered by compressed air. They operate at a pressure of 0.2 to 0.7 MPa and can be used with flammable chemicals such as solvents. They are capable of transferring corrosive liquids and are ideal for various liquid transfers of acidic and strongly alkaline chemicals (please select materials with chemical resistance appropriate for the fluid used). Maintenance is easy, with no mechanical seals, eliminating concerns about liquid leakage. The simple structure allows for easy disassembly and maintenance. As a self-priming pump, it does not require priming water. It has self-priming capability (approximately -5m for water) and can handle air mixing and dry running. Flow rate adjustment is easy and can be regulated by opening and closing piping valves or adjusting the supply air pressure. Even in the event of a closed valve operation, the pump will not be damaged. Compatible liquids: Emulsion liquids, slurry liquids, high-viscosity liquids, explosive chemicals, etc. Compatible liquid temperature: 0℃ to 60℃.

• Positive Displacement Pump

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

• Positive Displacement Pump

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

• Positive Displacement Pump

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

• Positive Displacement Pump

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

• Positive Displacement Pump

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

• Positive Displacement Pump

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

• Positive Displacement Pump

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

• Positive Displacement Pump

In the surface treatment process of the metal processing industry, the precise injection of chemicals affects the quality of the products. Particularly in processes that use acidic chemicals, the corrosion resistance of the pump is crucial. Using an inappropriate pump can lead to chemical leaks and pump failures, potentially resulting in decreased production efficiency and increased costs. Our acid-resistant TSP pump utilizes materials with excellent corrosion resistance, ensuring accurate chemical injection. 【Usage Scenarios】 - Surface treatment processes for metal parts - Plating processes - Acid cleaning processes 【Benefits of Implementation】 - Reduction of chemical waste - Improvement in product quality - Decrease in maintenance costs

• Positive Displacement Pump

In the pharmaceutical industry, the accurate transfer of reagents is a crucial factor that affects the reproducibility of research and the quality of products. In particular, acidic reagents can corrode the materials of pumps, making proper pump selection essential. Our acid-resistant TSP pump AC model uses materials with excellent corrosion resistance to prevent reagent degradation. It features a solenoid-driven system for accurately delivering small amounts of reagents, waterproof performance suitable for outdoor use, and an easy-to-read digital display, meeting the needs of the pharmaceutical industry. 【Application Scenarios】 * Quantitative supply of reagents in laboratories * Addition of chemicals on manufacturing lines * Reagent supply in quality control 【Benefits of Implementation】 * Improved reliability of experiments and manufacturing through accurate reagent supply * Cost reduction due to longer pump lifespan * Increased work efficiency

• Positive Displacement Pump

In the chemical plant industry, corrosion prevention measures are essential for ensuring the long-term operation and safety of equipment. Particularly in acidic environments, metal components are prone to corrosion, which can lead to equipment degradation and shutdowns. It is necessary to accurately inject the appropriate amount of chemical solution to suppress corrosion. Our acid-resistant TSP pump AC model uses materials with excellent corrosion resistance and achieves precise chemical injection, contributing to the protection of plant equipment. 【Usage Scenarios】 - Chemical manufacturing plants - Wastewater treatment facilities - Metal surface treatment processes 【Benefits of Implementation】 - Extended equipment lifespan - Reduced maintenance costs - Improved safety

• Positive Displacement Pump

In the semiconductor industry, the accurate supply of chemicals in the manufacturing process is a crucial factor that affects product quality and yield. Particularly as miniaturization advances, precise quantitative injection of chemicals is required. Inadequate chemical supply can lead to product defects and decreased manufacturing efficiency. Our acid-compatible TSP pump AC model employs materials with excellent corrosion resistance and utilizes a solenoid-driven method to accurately deliver small amounts of chemicals. This contributes to solving the challenges of chemical supply in the semiconductor manufacturing process. 【Application Scenarios】 - Developer supply in photolithography processes - Chemical supply in etching processes - Chemical supply in cleaning processes 【Benefits of Implementation】 - Improved accuracy of chemical supply - Enhanced product quality - Improved yield

• Positive Displacement Pump

A corrosion-resistant resin pump capable of transferring various chemicals. It adopts a solenoid drive system that is optimal for accurately delivering small quantities. With an IP65 equivalent waterproof performance suitable for outdoor use, it supports a power supply of 100-240V. It features a user-friendly digital display. Accessories: Foot valve x1, screw set (complete) Weight: 2.8kg Connection sizes: (Discharge side) Φ6×Φ11, (Suction side) Φ6×Φ11 Standards (IEC): IP65 equivalent Power consumption: 25W Display (operation) switching: [pulse/min]・[mL/min]・[% of Range] Power cord: 2m Functions: Lower level gauge stop suppression, level gauge contact signal Phase: Single-phase Stroke count: 1-200 times/min Stroke length: 0.0-1.0mm Transferable viscosity: 100mPa·s Transferable ambient temperature: 0-40℃

• Positive Displacement Pump

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

• Positive Displacement Pump

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

• Positive Displacement Pump

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

• Positive Displacement Pump

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

• Positive Displacement Pump

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

• Positive Displacement Pump

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

• Positive Displacement Pump

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

• Positive Displacement Pump

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

• Positive Displacement Pump

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

• Positive Displacement Pump

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

• Positive Displacement Pump

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

• Positive Displacement Pump

A corrosion-resistant resin pump capable of transferring various chemicals. It adopts a solenoid drive system that is optimal for accurately delivering small amounts. With an IP65 equivalent waterproof performance suitable for outdoor use, it supports a power supply of 100-240V. It features a user-friendly digital display. Accessories: Foot valve x1, screw set (complete) Weight: 2.8kg Connection sizes: (Discharge side) Φ6×Φ11, (Suction side) Φ6×Φ11 Standards (IEC) IP65 equivalent Power consumption: 25W Display (Operation) display switch: [pulse/min]・[mL/min]・[% of Range] Power cord: 2m Functions: Lower level meter stop suppression, level meter contact signal Phase: Single-phase Stroke count: 1-200 times/min Stroke length: 0.0-1.0mm Transferable viscosity: 100mPa·s Transferable ambient temperature: 0-40℃

• Positive Displacement Pump

A corrosion-resistant resin pump capable of transferring various chemicals. It adopts a solenoid drive system that is optimal for accurately delivering small amounts. With an IP65 equivalent waterproof performance suitable for outdoor use, it supports a power supply of 100-240V. It features a user-friendly digital display. Accessories: Screw set (complete) Weight: 2.8kg Connection sizes: (Discharge side) Φ8×Φ10, (Suction side) Φ8×Φ10 Standard (IEC): IP65 equivalent Power consumption: 25W Display (operation) switching: [pulse/min]・[mL/min]・[% of Range] Power cord: 2m Functions: Lower limit level meter stop suppression, level meter contact signal Phase: Single-phase Stroke rate: 1-200 times/min Stroke length: 0.0-1.0mm Transferable viscosity: 100mPa·s Transferable ambient temperature: 0-40℃

• Positive Displacement Pump

A corrosion-resistant resin pump capable of transferring various chemicals. It adopts a solenoid drive system that is ideal for accurately delivering small amounts. With an IP65 equivalent waterproof performance suitable for outdoor use, it supports a power supply of 100-240V. It features a user-friendly digital display. Accessories: Screw set (complete) Weight: 2.8kg Connection sizes: (Discharge side) Φ9×Φ15, (Suction side) Φ9×Φ15 Standards (IEC) IP65 equivalent Power consumption: 25W Display (Operation) display switch: [pulse/min]・[mL/min]・[% of Range] Power cord: 2m Functions: Lower level gauge stop suppression, level gauge contact signal Phase: Single phase Stroke count: 1-200 times/min Stroke length: 0.0-1.0mm Transferable viscosity: 800mPa·s Transferable ambient temperature: 0-40℃

• Positive Displacement Pump