赤武エンジニアリング Product Lineup

This is the comprehensive catalog featuring Akabu Engineering's powder and bulk handling equipment. If you are interested in powder and bulk handling equipment, please feel free to contact us.

This is a butterfly valve type powder container that allows for control of powder discharge. 【Features】 - The butterfly valve drive shaft can be automatically attached and detached. - The opening of the butterfly valve can be set arbitrarily, allowing for control of powder discharge. - To prepare for the falling of powder that adheres to the butterfly valve, a dust collection pan is equipped to minimize powder spillage and leakage. - The container is vibrated to promote powder discharge. - Automatic cleaning of the dust collection pan is possible.

Traditionally, the method for extracting powdered materials from paper bags involved inverting the opened bag, which resulted in foreign substances attached to the outside of the bag contaminating the powder. Additionally, there were issues related to environmental pollution caused by dust dispersion during the loading process. This device resolves such troubles. It is an automatic suction device for powder paper bags that inserts a nozzle from the top of the opened paper bag to suction and transport the powder through air, allowing for extraction at any desired location. 【Features】 - Foreign substances on the surface of the paper bag do not mix in. - The suction nozzle operates optimally from the top of the opened and set paper bag, efficiently extracting the powder. - A movable bag holder prevents the paper bag from being sucked into the suction nozzle. - Air blowing from the suction nozzle minimizes residual powder inside the bag. - The suction operation can be optimally set according to the physical properties of each powder. (Patent obtained)

This is a device that enables suction transport from the top of a FIBC (Flexible Intermediate Bulk Container). 【Features】 - It is a suction transport device that directly extracts powder from the FIBC. - The setup of the FIBC is done while it is placed on the floor, ensuring safety. - Due to the suction extraction method, dust generation is minimized. - Foreign substances attached to the outer surface of the FIBC do not mix in. - Equipped with a load cell, allowing for various controls. - It operates automatically except for the attachment and detachment of the FIBC. (Patent obtained)

This is a cone valve type powder container optimal for automatic transport systems for small-lot, multi-variety production. 【Features】 - Capable of handling a variety of powders at the container level. - Suitable for powder automatic transport systems. - Can be used as a feeder for weighing due to the adoption of a cone valve. - The powder discharge station can be shared with various ACCs.

- Traditionally, the acceptance of fine powder required large bag filters and powder transport equipment, but the mini conveyor has successfully adopted cartridge filters for compactness. - The cleaning of the filter uses the discharge air from the blower as backwash air through a slight valve operation (automatic), so no other air source is needed at all. - It allows for easy transfer of powder from paper bags, pails, and bulk bags to silos, hoppers, and melting tanks.

It is an optimal pneumatic conveying system for harmful gas removal equipment. 【Features】 - The unique sealing structure minimizes the leakage of powders and gases. - The conveying air cleans while transporting the powder mass, reducing adhesion and clogging. - By installing a distributor, it enables pneumatic conveying of powders to multiple locations.

This is an air-based powder transport system capable of low-speed, high-concentration plug transport. 【Features】 - It enables low-speed, high-concentration plug-type powder transport. - It minimizes damage to the powder. - By installing a rotary valve at the discharge section, it transports powder stably over long distances.

This is a powder air transport device that supports high-precision quantitative supply and high-pressure gas equipment. 【Features】 - By increasing the amount of air used for powder extraction, it enables powder air transport while maintaining powder quantitative supply. - It boasts high quantitative accuracy as it can discharge all the powder in the measuring mass. - It is a powder quantitative pump that integrates a powder pump and a powder quantitative feeder. - It can also be used for high-pressure gas equipment. - One feeder can transport in multiple directions.

This is a device that performs powder transportation by intermittently carrying out the cycle of "vacuum" → "suction" → "solid-liquid separation" → "discharge." 【Features】 - The piFLOW series vacuum pumps adopt a new multi-ejector system using COAX technology with a nozzle cartridge structure. - The nozzle cartridge structure allows for the attachment and detachment of nozzles from the pump housing, enabling a wide range of powder transportation capacities by increasing or decreasing the number of nozzles, while achieving energy-efficient operation. - The nozzle cartridge has a structure that allows for disassembly and cleaning, significantly extending the lifespan of the pump.

The "Continuous Powder Quantitative Supply Device" designed and manufactured by Akabu Engineering is a system for continuously and quantitatively supplying powder. By combining this equipment with a specially developed loss-in-weight control system, it automatically controls the supply amount to match the set value with the actual value, achieving higher precision in continuous powder quantitative supply. 【List of Combined Products】 1. Blow Tank Pump 2. Rotary Valve 3. Freeway System 4. Bag Filter 5. Blower 6. Rotary Valve 7. Storage Hopper 8. Quantitative Feeder 9. Weighing Hopper 10. Vibratory Feeder 11. Loss-in-Weight Controller *For more details on equipment examples, please refer to the comprehensive catalog or visit our website.

The "Multi Powder Weighing System" designed and manufactured by Akabu Engineering consists of storage containers, multi powder weighing devices, weighing powder receiving containers, and automated three-dimensional warehouses. By adopting containers as storage tanks and transportation means, lot management becomes easier, and the system can flexibly respond to changes in raw material types and handling quantities. The multi weighing device can achieve a wide range of measurements from approximately 100g to over 100kg with ultra-high precision using the same device. This system can accommodate changes in products with devices of the same capacity and type. 【List of Combination Products (Partial)】 1. Raw Material Container (Storage) 2. Raw Material Container (Supply Reserve) 3. Raw Material Container (Batch Supply) 4. Container Discharge Station 5. Weighing Service Hopper 6. Multi Powder Weighing Device 7. Weighing Powder Receiving Capacity Set Lifter 8. Weighing Powder Receiving Container 9. Automated Three-Dimensional Warehouse 10. Stacker Crane in Warehouse *For more details on equipment examples, please refer to the comprehensive catalog or visit our website.

The "Automatic Bag Opening Machine for Powder Bags + Automatic Container Blending System" designed and manufactured by Akabu Engineering has completed a new powder handling facility by merging powder handling technology and material handling technology. It is a comprehensive production system that can handle small lot and diverse product variations, as well as inventory management. 【List of Combined Products】 1. Depalletizing Robot 2. Paper Bag Cleaner 3. Bag Opening Machine 4. Dust Collector 5. Vibrating Sieve 6. Empty Bag Processing Machine 7. Weighing Hopper 8. Container 9. Platform Scale 10. Container Discharge Device 11. Container Blender 12. Automated Rack Warehouse *For more details on equipment examples, please refer to the comprehensive catalog or visit our website.

The "Powder Material Repacking Device for Containers" designed and manufactured by Akabu Engineering makes it easy to repack materials into containers using a paper bag material suction and transport device and a drum inversion device. 【List of Combined Products】 1. Paper Bag Material Suction Device 2. Vacuum Powder Transport Device 3. Container 4. Platform Scale 5. Drum Inversion Machine 6. Resin Drum 7. Paper Bag Material *For more details on equipment examples, please refer to the comprehensive catalog or visit our website.

The "Multi-Directional Powder Material Supply Device" designed and manufactured by Akabu Engineering enables simultaneous powder supply in multiple directions by providing multiple discharge outlets on the table feeder. 【Product Combination List】 1. Loss-in-weight controller 2. Feed hopper 3. Rotary valve 4. Storage hopper 5. Bag filter 6. Weighing hopper 7. Screw feeder 8. Volumetric feeder 9. Blower *For more details on equipment examples, please refer to the comprehensive catalog or visit our website.

The paper bag raw material suction device designed and manufactured by Akabu Engineering can extract powdered raw materials without mixing in dust or other contaminants from the outside of the bag. The raw materials are stored in a hopper through a shifter. After performing large batch weighing with the supply device, high-precision measurement is conducted using a vibrating damper feeder and an electronic scale. 【List of Combined Products】 1. Paper bag raw material suction device 2. Shifter 3. Service hopper 4. Bag filter 5. Blower 6. Supply device 7. Weighing hopper 8. Vibrating damper feeder 9. Weighing container 10. Electronic scale 11. Paper bag raw material *For more details on equipment examples, please refer to the comprehensive catalog or visit our website.

The "Powder Quantitative Injection Device for High Pressure" designed and manufactured by Akabu Engineering is an example of an injection device for adjusting components into the ladle during the secondary refining process in a steel mill. It is pressurized with gases such as air, nitrogen, argon, and oxygen. 【Product Combination List】 1. Silo 2. Air Transport Device 3. Bag Filter 4. Service Hopper 5. Weighing Hopper 6. Loss-in-Weight Controller 7. Volumetric Feeder 8. Injection Lance *For more details on equipment examples, please refer to the comprehensive catalog or visit our website.

The "Multi-Variety Powder Measurement System" designed and manufactured by Akabu Engineering utilizes a combination of large-capacity silos and small-capacity mobile hoppers for the storage of powder raw materials, depending on the usage amount. The small-capacity mobile hopper can be easily replaced, making it simple to change the formulation recipes. 【Product Combination List】 1. Silos 2. Bag filters 3. Vibro dischargers 4. Blower tank pumps 5. Storage hoppers 6. Screw feeders 7. Small suction transport devices 8. Measuring hoppers 9. Supply devices with mobile hoppers 10. Vibrating feeders 11. Inverters 12. Blower tank pumps 13. Charging hoppers 14. Platform scales *For more details on equipment examples, please refer to the comprehensive catalog or visit our website.

The "blending weighing device" designed and manufactured by Akabu Engineering is a system that enables high-precision batch weighing by combining a volumetric powder dosing machine with a load cell. It is suitable for weighing applications that require high precision, such as blending weighing. 【List of Combined Products】 1. Powder Feeding Box 2. Storage Hopper 3. Dosing Feeder 4. Weighing Hopper 5. Anti-Adhesion Chute *For more details on equipment examples, please refer to the comprehensive catalog or visit our website.

The "Continuous Powder Quantitative Injection Device" designed and manufactured by Akabu Engineering features a pressure-resistant and airtight structure for the continuous powder quantitative supply system, allowing for the quantitative transport of powder using pressurized gases such as air or nitrogen. This is referred to as a "Powder Quantitative Pump." Furthermore, when combined with a loss-in-weight control system, it enables even higher precision in powder quantitative transport. 【List of Combined Products】 1. Feed Hopper 2. Screw Feeder 3. Silo 4. Bag Filter 5. Storage Hopper 6. Blow Tank Pump 7. Quantitative Feeder 8. Loss-in-Weight Controller 9. Blower *For more details on equipment examples, please refer to the comprehensive catalog or visit our website.

The "Freeway System" is a system that enables air transport of highly adhesive powders. It has resolved issues such as adhesion growth and blockage in the air transport of powders that have traditionally been considered difficult, including pigments, zinc oxide, titanium oxide, gypsum, slaked lime, and moist fine powders, through its unique system. Despite its simple mechanism, it is highly effective. 【Features】 ■ The detachment action of adhesion is quiet and effective. ■ Even with long transport pipes, a single unit can implement detachment measures across the entire line. ■ Layout is flexible and cost-effective. ■ Suitable for transporting fine powders with low wear. ■ Patent obtained. *For more details, please refer to the PDF materials or feel free to contact us.

We will introduce our powder handling systems and equipment through a video. 【Features of Powder Handling Systems】 ■ Capable of handling a variety of raw materials and producing a range of products ■ Prevention of foreign matter contamination and reduction of cross-contamination ■ Establishment of traceability and lot management ■ Improvement of the working environment ■ Reduction of work time and labor-saving 【Content of the Video】 The video showcases the new container equipment, including the automated high-rise warehouse for receiving and storing raw materials, as well as multi-variety weighing using a swing valve feeder. In the latter part, we introduce the mixing process and others. The containers, which are automatically transported, are rotated by a container blender for uniform mixing. The containers, after being transported by a vertical conveyor, move to the packaging process, where they are turned into products by automatic paper bag filling machines and bulk bag filling machines. The finished paper bags are automatically palletized by robots. The used containers move to the cleaning process, where they are automatically cleaned using either air or liquid cleaning equipment, depending on the level of dirt. Please take a look. *For more details, please refer to the PDF materials or feel free to contact us.

We have published a "Trouble Case Collection" that summarizes various troubles we have experienced and their solutions. - Powder adheres to the inside of the pipe during the piping process, causing a blockage. - Dissatisfaction with contamination and accuracy of conventional rotary feeders. - Dust generation when extracting raw materials from bulk bags. Do you have any of these concerns? We are currently sharing a collection of trouble cases where we have actually solved powder-related issues faced by many companies. *For more details, please enter your information via the link below to view it, or feel free to contact us.

In the food industry’s blending process, accurate measurement of raw materials and uniform mixing are essential to ensure product quality and safety. Blending errors can lead to variations in taste and texture, and even a decrease in product yield. The High-Flow P type addresses these challenges through high-precision metering. 【Usage Scenarios】 - Blending of raw materials in food manufacturing plants - Accurate measurement of additives - Mixing of various powdered raw materials 【Benefits of Implementation】 - Stabilization of product quality through improved blending accuracy - Cost reduction through minimized material loss - Increased production efficiency

In the pharmaceutical industry, precise transport of powders is required to maintain product quality. Particularly in the processes of weighing, mixing, and filling powders during manufacturing, it is crucial to prevent foreign matter contamination and powder loss, while ensuring product uniformity. Improper transport can lead to a decline in product quality and a decrease in manufacturing efficiency. The powder quantitative air transport device "High Flow Type P" addresses the challenges of powder transport in pharmaceutical manufacturing through high-precision quantitative supply and compatibility with high-pressure gas equipment. 【Usage Scenarios】 - Transport of powder raw materials in pharmaceutical manufacturing plants - Powder transport within clean rooms - Powder supply in high-pressure gas facilities 【Benefits of Implementation】 - Improved product quality through high precision in powder supply - Cost reduction by minimizing powder loss - Establishment of a flexible production system by accommodating various layouts

In the chemical industry, accurate powder supply is a crucial factor that affects product quality during weighing operations. Particularly in situations requiring high-precision formulations and powder handling in high-pressure gas facilities, safe and efficient transportation is essential. Inaccurate weighing can lead to product defects and delays in the manufacturing process. The powder quantitative air transport device "High Flow P Type" achieves high-precision quantitative supply and compatibility with high-pressure gas facilities, optimizing the manufacturing process of chemical products. 【Usage Scenarios】 - Weighing of raw materials in pharmaceutical manufacturing - Weighing of pigments in paint manufacturing - Powder supply in the formulation of chemical products 【Benefits of Implementation】 - Stabilization of product quality through improved weighing accuracy - Ensured safety through compatibility with high-pressure gas facilities - Flexibility in installation locations due to layout-free design - Space-saving through the integration of powder pumps and feeders

In the ceramics industry, the precise supply of raw material powders significantly affects product quality. In particular, the uniform supply of powders during the firing process greatly influences the strength and appearance of the products. Variability in supply amounts can lead to the occurrence of defective products and a decrease in yield. The High-Flow P type solves these challenges through high-precision metering supply. 【Application Scenarios】 - Supply of ceramic raw materials - Powder supply for the firing process - Powder supply in high-pressure gas equipment 【Benefits of Implementation】 - Improved quality due to high metering accuracy - Enhanced yield - Compatibility with high-pressure gas equipment

In the plastic molding industry, accurate supply of powdered materials is required to improve material quality and yield. In particular, molding defects and variations in product quality are significant challenges that lead to increased costs. The High-Flow P type addresses these issues through high-precision metering supply. 【Application Scenarios】 - Supply of powdered materials in the plastic molding process - Accurate metering supply of additives and pigments - Powder transportation in high-pressure gas facilities 【Benefits of Implementation】 - Reduction of molding defects - Reduction of material waste - Stabilization of product quality

In the paint industry, uniformly dispersing powders such as pigments and additives is a crucial factor that affects product quality. Insufficient dispersion of powders can lead to a decline in the performance of the paint film and poor appearance. Additionally, there are cases where powder transportation compatible with high-pressure gas equipment is required. The powder quantitative air transport device "High Flow P Type" contributes to solving challenges in paint manufacturing through high-precision quantitative supply and compatibility with high-pressure gas equipment. 【Usage Scenarios】 - Dispersion process of pigments and additives - Powder transportation in high-pressure gas equipment - Powder supply in paint formulation 【Benefits of Implementation】 - Stabilization of quality through high-precision control of powder supply - Improved safety through compatibility with high-pressure gas equipment - Flexibility in installation locations due to layout-free design

In the industry dealing with metal powders, accurate supply of powders during filling is required to maintain product quality. Particularly in filling operations involving high-pressure gas equipment, powder leakage or clogging can lead to decreased safety and reduced production efficiency. The powder quantitative air transport device "High Flow Type P" achieves high-precision quantitative supply and compatibility with high-pressure gas equipment, addressing these challenges. 【Usage Scenarios】 - Precision filling of metal powders - Powder supply to high-pressure gas equipment - Manufacturing processes where quality control is emphasized 【Benefits of Implementation】 - Improved product quality due to high quantitative accuracy - Safe powder supply in high-pressure gas equipment - Flexible installation due to layout-free design

In the fertilizer industry, fertilization operations require uniform distribution and efficient work. Particularly in extensive fertilization tasks, issues such as powder clogging and unstable supply can lead to decreased work efficiency and waste of fertilizer. Our powder quantitative air transport device, "High Flow Type P," supports uniform fertilizer distribution and efficient fertilization operations through high-precision quantitative supply and compatibility with high-pressure gas systems. 【Usage Scenarios】 - Raw material supply in fertilizer manufacturing plants - Supply to fertilization drones - Fertilizer mixing processes 【Benefits of Implementation】 - Reduction of fertilizer waste due to high quantitative accuracy - Safe operation through compatibility with high-pressure gas systems - Increased flexibility in installation locations due to layout-free design

In the mining sector, accurate supply and transportation of powders are required in the mineral sorting process. In particular, the stability of the powder supply is crucial for improving sorting accuracy. Inadequate supply can lead to decreased sorting efficiency and variations in quality. The powder quantitative air transport device "High-Flow P Type" addresses the challenges of powder handling in mining through high-precision quantitative supply and compatibility with high-pressure gas equipment. 【Usage Scenarios】 - Mineral sorting process - When precise control of powder supply is needed - Powder transportation in high-pressure gas equipment 【Benefits of Implementation】 - Improved sorting accuracy - Stabilization of powder supply - Enhanced work efficiency

In the electronic materials industry, precise handling of powders that influence product quality is essential. Particularly in processes that use fine powders, the accuracy of powder supply significantly affects product yield and performance. Inadequate powder supply can lead to product defects and performance degradation. The High-Flow P type contributes to solving challenges in electronic material manufacturing through high-precision metering supply and compatibility with high-pressure gas equipment. 【Usage Scenarios】 - Precision electronic component manufacturing - Semiconductor manufacturing - Powder supply under high-pressure gas atmospheres 【Benefits of Implementation】 - Improved yield - Stabilization of product quality - Compatibility with high-pressure gas equipment - Flexible response due to layout freedom

In the battery materials industry, uniform mixing of materials and precise supply are essential to ensure product performance and safety. Especially in high-performance batteries like lithium-ion batteries, even slight deviations in materials can lead to decreased battery performance and shortened lifespan. The high-flow P-type achieves material uniformity through high-precision quantitative supply, contributing to improved product quality. 【Application Scenarios】 - Mixing process of battery materials - Manufacturing process of electrode materials - Supply of active materials, conductive additives, binders, etc. 【Effects of Implementation】 - Stabilization of battery performance through improved material uniformity - Cost reduction through increased yield - Improvement in production efficiency

In the food blending industry, quality control and prevention of foreign matter contamination are crucial. Particularly in the blending of powdered raw materials, accurate measurement and hygienic transportation are required. Improper measurement or transportation can increase the risk of product quality deterioration and foreign matter contamination. The powdered quantitative air transport device "High Flow BT Type" addresses these challenges. 【Usage Scenarios】 - Blending of powdered raw materials in food manufacturing - Powder transportation where foreign matter contamination is to be avoided - Powder supply to multiple blending locations 【Benefits of Implementation】 - Improved blending accuracy through precise measurement - Prevention of powder leakage due to a unique sealing structure - Stable transportation by reducing adhesion and clogging

In the pharmaceutical industry, accurate measurement of raw materials is essential to ensure product quality and safety. In powder weighing, adhesion and clogging of the powder can cause measurement errors, potentially negatively impacting product quality. Additionally, the leakage of harmful gases poses risks to the health of workers. The High-Flow BT type suppresses the leakage of powders and gases through its unique sealing structure, reducing adhesion and clogging by transporting powders while cleaning the weighing mass. 【Application Scenarios】 - Raw material weighing processes in pharmaceutical manufacturing plants - Transportation of powders that generate harmful gases - Processes that supply powders to multiple locations 【Benefits of Implementation】 - Improved measurement accuracy - Enhanced working environment - Stabilization of product quality

In the chemical industry’s mixing process, the accurate supply and mixing of powders significantly affect product quality. Particularly when handling powders that contain harmful gases, leaks or adhesion of powders can lead to a deterioration of the working environment and a decline in product quality. The High-Flow BT type suppresses powder and gas leaks due to its unique sealing structure and reduces adhesion and clogging with a cleaning function using transport air. This enables a safe and efficient mixing process. 【Usage Scenarios】 - Mixing powders that contain harmful gases - Supplying powders to multiple locations 【Benefits of Implementation】 - Improvement of the working environment due to reduced powder leaks - Increased production efficiency due to reduced adhesion and clogging - Stabilization of product quality

In the feed industry, accurate transport of powders and prevention of foreign matter contamination are required. In particular, issues such as powder leakage, clogging, and adhesion pose significant challenges in maintaining feed quality and improving manufacturing process efficiency. The High-Flow BT type powder pneumatic transport system suppresses powder leakage through its unique sealing structure and reduces adhesion and clogging with a cleaning function using transport air. This enables efficient transport while maintaining the quality of the feed. 【Usage Scenarios】 - Powder transport in feed manufacturing plants - Raw material transport for compound feed - Powder supply to multiple locations 【Benefits of Implementation】 - Reduction of losses due to powder leakage - Decreased risk of production stoppage due to adhesion and clogging - Efficient powder supply to multiple locations

In the plastic industry, accurate transport of powders and suppression of harmful gases are required in the supply of molding materials and additives. In particular, ensuring a safe working environment and maintaining product quality are critical challenges. Dust leakage and gas generation can increase health risks for workers and lead to product quality deterioration. The High-Flow BT type suppresses the leakage of powders and gases through its unique sealing structure, providing a safe working environment. 【Application Scenarios】 - Supply of plastic molding materials - Mixing and supply of additives - Transport of powders that generate harmful gases 【Benefits of Implementation】 - Suppression of deterioration in the working environment due to powder leakage - Prevention of harmful gas dispersion, ensuring worker safety - Capability to supply powders to multiple locations

In the ceramics molding industry, the precise supply of powders and the suppression of harmful gases are crucial for ensuring product quality and safety. Molding defects and deteriorating work environments can lead to decreased production efficiency and health risks for employees. The High-Flow BT type minimizes powder and gas leakage through its unique sealing structure and reduces adhesion and clogging with a cleaning function using transport air. This achieves stable powder supply and a clean working environment. 【Usage Scenarios】 - Powder supply for ceramics molding processes - Handling of powders that generate harmful gases - Measures against adhesion and clogging during powder transport 【Benefits of Implementation】 - Improved molding quality through stabilized powder supply - Enhanced work environment due to reduced harmful gases - Cost reduction through decreased maintenance frequency

In the sintering industry, the precise supply of metal powders and the removal of harmful gases during the sintering process are crucial for ensuring product quality and safety. Powder adhesion and clogging can lead to uneven sintering, potentially resulting in decreased product strength. Additionally, leaks of harmful gases increase the risk of deteriorating work environments and health hazards. Our powder quantitative air transport device, "High Flow BT Type," addresses these challenges and optimizes the sintering process. 【Usage Scenarios】 - Sintering process of metal powders - Environments where harmful gases are generated - Processes where powder adhesion and clogging are problematic 【Benefits of Implementation】 - Suppression of powder and gas leaks - Reduction of powder adhesion and clogging - Capability for air transport of powder to multiple locations

In the paint industry, accurate dispersion of powders is required to stabilize product quality. Particularly when handling powders that emit harmful gases, ensuring a safe working environment is crucial. Powder leakage or clogging can lead to a decline in quality and a decrease in work efficiency. Our powder quantitative air transport device, "High Flow BT Type," suppresses powder leakage and clogging through its unique sealing structure and air cleaning function, supporting safe and efficient dispersion operations. 【Usage Scenarios】 - Supply of powdered raw materials in paint manufacturing - Handling of powders that emit harmful gases - Powder transport in the dispersion process 【Benefits of Implementation】 - Improvement of the working environment due to reduced powder leakage - Increased productivity due to reduced powder adhesion and clogging - Enhanced work efficiency through powder supply to multiple locations

In the fertilizer industry, accurate transportation of powders and the safety of the working environment are crucial during fertilization operations. Particularly, depending on the type of fertilizer, the generation of harmful gases and health risks from dust for workers can be significant issues. Powder leakage and clogging can lead to decreased work efficiency and equipment failures. Our powder quantitative air transport device, "High Flow BT Type," has been designed to address these challenges. 【Usage Scenarios】 - Raw material transportation in fertilizer manufacturing plants - Supply to fertilization plants - Handling of fertilizers that generate harmful gases 【Benefits of Implementation】 - Reduces powder leakage and improves the working environment - Decreases clogging and achieves stable transportation - Enables powder supply to multiple locations, enhancing work efficiency

In the mineral processing selection process, issues such as powder leakage and the generation of harmful gases can arise. Particularly with the strengthening of environmental regulations, there is a demand for improvements in the working environment. Powder leakage increases health risks for workers, and the generation of harmful gases raises concerns about negative impacts on the surrounding environment. Our powder quantitative air transport device, "High Flow BT Type," addresses these challenges by suppressing powder leakage and contributing to the removal of harmful gases. 【Usage Scenarios】 - Mineral selection process - Handling of powders containing harmful substances - Environmental improvement during powder supply 【Benefits of Implementation】 - Suppression of powder leakage - Reduction of harmful gas emissions - Improvement of the working environment

In the paper industry, it is essential to accurately supply various additives to stabilize the quality of paper. Particularly, if the supply of additives is uneven, it can lead to inconsistencies in the strength of the paper and the absorption of ink, potentially compromising product quality. Additionally, certain additives can cause dust generation and gas leaks, which can worsen the working environment. The High-Flow BT type contributes to improving the quality of the paper-making process and enhancing the working environment by ensuring accurate supply of additives and suppressing dust and gas leaks. 【Usage Scenarios】 - Quantitative supply of additives - Measures against dust and gas leaks - Supply of additives to multiple locations 【Benefits of Implementation】 - Stabilization of paper quality - Improvement of the working environment - Increased yield