赤武エンジニアリング Product Lineup

In the battery industry, the filling process requires precise supply of powder and suppression of harmful gases. Particularly, since safety and quality are prioritized, powder leakage and gas generation pose significant challenges. Our powder quantitative air transport device "High Flow BT Type" addresses these issues and enables a safe and efficient filling process. 【Usage Scenarios】 - Filling of battery materials - Transport of powders that generate harmful gases - When there is a need to reduce the risk of powder leakage 【Benefits of Implementation】 - Suppresses powder leakage and enhances safety - Reduces the diffusion of harmful gases - Allows for powder supply to multiple filling locations

In the food industry, it is important to ensure that the weighing of powders is done accurately to guarantee product quality and safety. In particular, it is necessary to reduce the risks of foreign matter contamination and dust explosions, while keeping the work environment clean. The mini conveyor adopts a cartridge filter, achieving compactness. Since a bag filter is not required, installation space is reduced, and maintenance is also easy. It simplifies the suction transport of powders and contributes to the efficiency of the weighing process. 【Usage Scenarios】 - Weighing of food ingredients - Weighing of additives - Supply to the manufacturing line 【Benefits of Implementation】 - Improved weighing accuracy - Improved work environment - Enhanced maintainability

In the pharmaceutical industry, precise mixing of powders is required to ensure product quality and safety. Particularly, strict management of blending ratios and prevention of foreign matter contamination are crucial. Improper mixing can lead to a decline in product quality and uneven distribution of active ingredients, potentially increasing risks to patients. The mini conveyor adopts a cartridge filter, achieving compactness. By facilitating easy powder suction transport, it contributes to the efficiency of the mixing process in pharmaceutical manufacturing. 【Usage Scenarios】 - Mixing of pharmaceutical raw materials - Mixing of additives - Transport of products after mixing 【Benefits of Implementation】 - Eliminates the need for bag filters, achieving space savings - Easy filter cleaning reduces maintenance costs - Simplifies powder transfer, improving work efficiency

In the powder transport of the chemical industry, safe and efficient operations are required. Particularly in handling fine powders, it is important to reduce the risk of dust explosions and maintain a clean working environment. Traditional powder transport systems using large bag filters have faced challenges in terms of installation space and maintenance. Mini conveyors achieve compactness by adopting cartridge filters, thus solving these issues. 【Usage Scenarios】 - Raw material transport in chemical plants - Powder supply in research and development facilities - Powder supply to manufacturing lines 【Benefits of Implementation】 - Optimization of layout through space-saving - Improved maintenance due to simplified filter replacement - Enhanced working environment by suppressing dust dispersion

In the cosmetics industry, accurate weighing and filling of powders are required to maintain product quality. Especially when handling fine powders, it is important to minimize the risk of dust dispersion and foreign matter contamination. The mini conveyor employs a cartridge filter, achieving powder suction transport in a compact design. It implements dust control measures to support filling operations in a clean environment. 【Usage Scenarios】 - Extraction from paper bags, pails, and bulk bags of cosmetic raw materials - Powder supply to silos, hoppers, and dissolution tanks - Smooth powder supply to filling lines 【Benefits of Implementation】 - Reduced risk of dust dispersion - Improved working environment - Prevention of foreign matter contamination in products - Space-saving design - Enhanced maintainability

In the field of agriculture, efficient fertilizer supply is required for fertilization tasks. Particularly in the handling of fine powdered fertilizers, the generation of dust and the decrease in work efficiency are challenges. Mini conveyors can solve these issues by enabling the suction and transportation of powders without the use of bag filters. 【Usage Scenarios】 - Transfer of fertilizers from paper bags, pails, and bulk bags - Supply of fertilizers to silos, hoppers, and dissolution tanks 【Benefits of Implementation】 - Improvement of the working environment by suppressing dust - Effective use of installation space due to compact design - Increased work efficiency through easy operability

In the feed blending industry, accurate transfer and handling of powders are required. In particular, the accuracy of blending ratios and the prevention of dust dispersion are important. Traditional powder transport equipment has been large, requiring significant installation space, and has posed challenges in terms of maintenance. Mini conveyors utilize cartridge filters to achieve compactness, solving the issues of powder transport in feed blending while saving space. 【Usage Scenarios】 - Transfer to silos and hoppers for feed ingredients - Loading raw materials from paper bags and bulk bags - Supply to blending lines 【Benefits of Implementation】 - Optimization of layout due to space-saving - Reduction of dust dispersion - Improved maintainability

In the ceramics industry, efficient transportation of the raw powder is essential during the molding process. Particularly, to maintain the quality of the molding materials, it is important to prevent contamination of the powder and to supply it accurately. Conventional powder transport systems require large bag filters, which pose challenges in terms of installation space and maintenance. Mini conveyors achieve compactness by adopting cartridge filters, allowing for installation in a space-saving manner. 【Usage Scenarios】 - Transportation of ceramics molding materials - Powder supply processes - Transfer of powder from paper bags, pails, and bulk bags 【Benefits of Implementation】 - Space-saving - Improved maintainability - Increased efficiency in powder supply

In the metal polishing industry, the efficient recovery and transport of polishing powders are essential for improving the work environment and increasing productivity. In particular, fine polishing powders not only increase health risks for workers but can also lead to equipment failures and a decline in product quality. The mini conveyor employs a cartridge filter, allowing it to efficiently suction and transport polishing powders while remaining compact. Since a bag filter is not required, installation space is reduced, and maintenance is also easy. 【Usage Scenarios】 - Powder recovery in metal polishing processes - Transporting polishing powders to silos and hoppers - Improving the work environment 【Benefits of Implementation】 - Improvement of the work environment - Increased efficiency in powder handling - Enhanced maintainability

In the electronic components industry, it is important to prevent foreign matter contamination and dust dispersion in the supply of powders during the manufacturing process, while maintaining a clean environment. Particularly in the manufacturing of precision electronic components, the accurate supply of powders affects product quality. Conventional powder transport systems require large bag filters, making space allocation a challenge. Mini conveyors achieve compactness by adopting cartridge filters, contributing to space-saving. They solve the challenges of powder supply and support the manufacturing of high-quality electronic components. 【Usage Scenarios】 - Powder supply in electronic component manufacturing factories - Powder transport in clean rooms - Powder supply from paper bags, pails, and bulk bags 【Benefits of Implementation】 - Optimization of factory layout through space-saving - Improvement of work environment by suppressing dust dispersion - Enhancement of product quality by reducing the risk of foreign matter contamination

In the paint industry, the color matching process requires precise measurement and efficient mixing of powders such as pigments. Particularly in the production of small quantities of various products, the ease of handling powders greatly affects production efficiency. Powder scattering and adhesion can lead to a deterioration of the working environment and a decline in product quality. The mini conveyor adopts a cartridge filter, achieving compactness. It facilitates the suction transport of powders and contributes to the efficiency of the color matching process. 【Usage Scenarios】 - Color matching process in paint manufacturing plants - Addition of pigments and additives - Powder transfer from paper bags, pails, and bulk bags 【Benefits of Implementation】 - Suppression of powder scattering - Improvement of the working environment - Increase in production efficiency

In the plastic industry, efficient transportation of pellets is required. It is particularly important to suppress dust generation during the supply of raw materials on the manufacturing line and the feeding into molding machines, in order to maintain a clean working environment. Mini conveyors utilize cartridge filters to achieve compactness. They help suppress dust dispersion and contribute to improved work efficiency. 【Usage Scenarios】 - Transportation of plastic pellets to silos and hoppers - Supply of pellets to molding machines - Transfer of pellets from paper bags, pails, and bulk bags 【Benefits of Implementation】 - Elimination of the need for bag filters, leading to space savings - Suppression of dust generation, improving the working environment - Easy maintenance due to reverse wash air from the blower

In the sorting process of mining, efficient transfer of powders and consideration for the environment are required. In particular, the scattering of fine powders can lead to a deterioration of the working environment and a decrease in production efficiency. The mini conveyor adopts a cartridge filter, achieving compactness. It efficiently performs suction transport of powders, contributing to the improvement of the working environment. 【Usage Scenarios】 - Transfer of powders after sorting - Supply of powders to silos and hoppers - Feeding powders from paper bags and pails 【Benefits of Implementation】 - Reduces the risk of powder scattering - Contributes to space-saving - Improves work efficiency

In the food industry’s weighing process, accurate measurement and prevention of foreign matter contamination are crucial. Powders are prone to measurement errors due to adhesion and scattering, which also pose risks of deteriorating work environments and foreign matter contamination in products. Vacuum conveyors address these challenges by transporting powders in a vacuum. 【Usage Scenarios】 - Weighing process in food manufacturing lines - Weighing during raw material input - Measures against foreign matter contamination 【Benefits of Implementation】 - Improved weighing accuracy - Enhanced work environment - Reduced risk of foreign matter contamination

In the pharmaceutical industry, powder transfer in a sterile environment is required to maintain product quality. It is particularly important to prevent contamination and ensure product safety. Traditional transfer methods pose risks of powder dispersion and foreign matter intrusion from the outside, which can compromise the sterile environment. Our simple powder transfer device, the "Vacuum Conveyor," addresses these challenges. 【Usage Scenarios】 - Powder transfer in sterile rooms - Transfer of pharmaceutical raw materials - Powder supply to manufacturing lines 【Benefits of Implementation】 - Maintenance of a sterile environment - Reduced risk of contamination - Improved product quality

In the chemical industry, precise mixing of powders is essential to maintain consistent product quality. This is especially critical when the formulation ratio is important, as uniform mixing is indispensable. Improper mixing can lead to a decline in product quality and reduced efficiency in the manufacturing process. Our simple powder conveying device, the "Vacuum Conveyor," addresses the challenges in the powder mixing process. 【Usage Scenarios】 - Mixing of powder raw materials - Accurate management of formulation ratios - Prevention of foreign matter contamination 【Benefits of Implementation】 - Improved product quality through uniform mixing - Enhanced efficiency in powder conveying - Improved working environment

In the cosmetics industry, the filling process requires the efficient transport of powders while maintaining product quality. Particularly when accurately filling powdered raw materials, it is important to prevent powder scattering and foreign matter contamination, ensuring a stable supply. Traditional transport methods have faced challenges such as powder clogging, adhesion, and cleaning efforts. Our simple powder transport device, the "Vacuum Conveyor," addresses these issues. [Usage Scenarios] - Filling process of powdered raw materials in cosmetics manufacturing - Powder filling into containers - Weighing and supplying powdered raw materials [Benefits of Implementation] - Reduces powder scattering and improves the working environment - Mitigates powder clogging and adhesion, achieving stable supply - Reduces cleaning efforts and enhances production efficiency

In the plastic industry, precise transportation of powders is required for the supply of molding materials and additives. It is particularly important to prevent clogs and leaks of powders and to ensure a stable supply in order to maintain material quality and enhance manufacturing efficiency. Vacuum conveyors efficiently supply powders using vacuum transport technology to address these challenges. 【Usage Scenarios】 - Supply of plastic pellets - Measured supply of additives - Material supply to molding machines 【Benefits of Implementation】 - Stabilization of powder supply - Reduction of material loss - Improvement of work environment

In the ceramics molding industry, the accurate supply and transport of raw material powders significantly affect product quality and production efficiency. In particular, the uniformity of the powder and the prevention of foreign matter contamination greatly impact the strength and appearance of the final product. Traditional transport methods have faced challenges such as powder scattering, clogging, and the labor involved in equipment maintenance. Our vacuum conveyor suppresses powder scattering through vacuum transport, achieving stable supply. 【Application Scenarios】 - Powder supply for ceramics molding processes - Powder mixing processes - Powder weighing processes 【Benefits of Implementation】 - Reduction of molding defects due to stabilized powder supply - Improvement of the working environment - Enhanced maintainability

In the metal polishing industry, there is a demand for efficient supply of polishing materials and improvement of the working environment. In particular, health hazards to workers caused by the scattering of polishing materials and the decline in polishing precision are significant challenges. A vacuum conveyor solves these problems by transporting powdered polishing materials under vacuum. 【Usage Scenarios】 - Supply of polishing materials - Recovery of powder after polishing - Application in the polishing process 【Benefits of Implementation】 - Improvement of the working environment by suppressing dust - Reduction of waste of polishing materials - Enhancement of work efficiency

In agricultural seeding operations, the uniform supply of seeds significantly affects the yield. If the supply of seeds is interrupted or uneven, it can lead to a decrease in germination rates and variability in growth, potentially harming profits. The simple powder conveying device "Vacuum Conveyor" enables smooth transportation of seeds, supporting the efficiency of seeding operations and stable harvests. [Usage Scenarios] - Seed supply to seeding machines - Supply of fertilizers - Supply of pesticides [Effects of Implementation] - Improved seed supply efficiency - Reduced working time - Stabilization of yield through uniform seeding

In the feed mixing industry, accurate transportation and blending of raw materials are required. Particularly in the transportation of powdered raw materials, it is important to prevent dust generation and foreign matter contamination, ensuring that operations are carried out safely and efficiently. Vacuum conveyors address these challenges. 【Usage Scenarios】 - Transportation of feed ingredients - Supply to the blending process - Environments requiring dust control 【Benefits of Implementation】 - Dust suppression - Reduced risk of foreign matter contamination - Efficient powder transportation - Energy-saving operation

In the sorting process of mining, accurate transportation of powders is required. In particular, to prevent foreign matter contamination and to carry out efficient sorting operations, it is important to use transportation methods that match the properties of the powder. Inappropriate transportation can lead to a decrease in sorting accuracy and potential equipment failure. Our simple powder transportation device, the "Vacuum Conveyor," achieves stable transportation that is less affected by the properties of the powder through vacuum transport. 【Usage Scenarios】 - Transportation of powder after sorting - Foreign matter removal process - Supply of powder to high places 【Benefits of Implementation】 - Reduces the risk of foreign matter contamination during powder transportation - Improves efficiency of the sorting process - Enhances maintainability

In the powder recovery of the environmental industry, efficient transport and reliable separation are required. Particularly in the recycling of hazardous substances and resources, preventing powder leakage and contamination is crucial, and safe and rapid processing is important. Vacuum conveyors address these challenges by achieving sealed transport of powders through vacuum conveying technology, thereby reducing environmental impact. 【Usage Scenarios】 - Powder recovery at waste treatment facilities - Resource recovery at recycling plants - Containment and transport of hazardous substances 【Benefits of Implementation】 - Reduced risk of environmental pollution due to powder leakage - Improved working environment - Cost reduction through efficient powder recovery

In the assembly process of the electronic components industry, the stability of component supply to the substrate and the prevention of powder contamination are crucial. Particularly when handling fine components, contamination from powders can lead to reduced yield and product defects. Our simple powder transport device, the "Vacuum Conveyor," suppresses powder dispersion through vacuum transport, creating a clean environment. 【Usage Scenarios】 - Powder supply in the assembly process of electronic components - Powder coating process - Transport of powder components 【Benefits of Implementation】 - Reduction of assembly defects due to suppression of powder dispersion - Improvement of yield through the realization of a clean environment - Enhanced work efficiency through space-saving design

In the cement industry, efficient transportation of powders during the manufacturing process is essential. Particularly in the long-distance transport of cement, it is important to prevent powder clogging and damage while maintaining a stable supply. In response to these challenges, our air-operated powder transport device, the "Blow Tank Pump," enables low-speed, high-concentration plug transport, allowing for efficient transportation while preserving the quality of the cement. 【Application Scenarios】 - Raw material transportation in cement factories - Cement supply to silos - Cement transport between plants 【Benefits of Implementation】 - Reduction of powder damage - Stabilization of long-distance transport - Improvement of transportation efficiency

In the food industry, the hygienic handling of powdered raw materials and the maintenance of quality during long-distance transportation are crucial. It is necessary to minimize the risk of foreign matter contamination and to prevent quality degradation caused by friction between powders. A blow tank pump reduces the load on the powder through low-speed, high-concentration plug transport, and enables long-distance transportation by adopting a rotary valve. 【Usage Scenarios】 - Raw material transportation in food factories - Powder transportation in environments requiring hygiene management - Lines requiring long-distance transportation 【Benefits of Implementation】 - Reduces damage to powders and maintains quality - Stable long-distance transportation with a rotary valve - Reduced risk of foreign matter contamination

In the chemical industry, the mixing process relies heavily on uniform mixing and accurate powder supply, which are crucial factors affecting product quality and production efficiency. Particularly when handling highly reactive or highly adhesive powders, damage to the powder during transport and instability in supply quantity can significantly reduce product yield. Our blow tank pump minimizes powder damage through low-speed, high-concentration plug transport, and by installing a rotary valve at the discharge section, it achieves stable powder transport over long distances. 【Usage Scenarios】 - Mixing processes for various chemicals - Powder supply to reaction vessels - Plants requiring long-distance transport 【Benefits of Implementation】 - Improved product quality by reducing powder damage - Increased production efficiency through stable powder supply - Optimization of plant layout due to long-distance transport

In the pharmaceutical industry, accurate transportation of powders is essential to maintain product quality. In particular, damage to powders and contamination during the formulation and manufacturing processes can lead to deterioration of product quality and safety issues. A blow tank pump minimizes powder damage through low-speed, high-concentration plug-type powder transportation, achieving stable long-distance transport. 【Usage Scenarios】 - Transportation of raw material powders in pharmaceutical manufacturing plants - Powder transfer in clean rooms - Accurate powder supply in the formulation process 【Benefits of Implementation】 - Improved product quality by reducing powder damage - Stable powder supply through rotary valves - Increased production efficiency through long-distance transport

In the plastic industry, the stable supply of molding materials affects production efficiency. In particular, long-distance transportation and the instability of supply due to powder characteristics can lead to production line stoppages and a decline in quality. Our blow tank pump enables stable long-distance supply by reducing the load on powders through low-speed, high-concentration plug transport. 【Usage Scenarios】 - Long-distance transportation of plastic pellets and powders - Stable supply to molding machines - Supply from silos 【Benefits of Implementation】 - Improved production efficiency through stabilization of powder supply - Reduction of powder loss and product defects - Enhanced maintainability

In the feed blending industry, accurate formulation of raw materials and efficient transportation within the factory are required. In particular, the accuracy of the blending ratio affects the quality of the product, and damage to powders during long-distance transport can lead to a decrease in yield. Our blow tank pump minimizes powder damage through low-speed, high-concentration plug transport and ensures stable powder transport over long distances by installing a rotary valve at the discharge section. 【Usage Scenarios】 - Transportation of feed raw materials within the factory - Supply to blending lines - Filling of silos 【Benefits of Implementation】 - Reduces powder damage and improves yield - Achieves stable supply during long-distance transport - Contributes to improved blending accuracy

In mining sites, efficient powder transportation is a crucial factor that influences productivity. It is particularly important to be able to transport mined minerals and powders stably over long distances. Depending on the type of powder, it is also necessary to minimize damage during transportation. Our blow tank pump enables long-distance powder transportation and helps reduce powder damage, contributing to the efficiency of mining sites. 【Usage Scenarios】 - Long-distance transportation of mined minerals and powders - Minimization of powder damage during transportation 【Benefits of Implementation】 - Realization of stable powder transportation over long distances - Minimization of losses due to powder damage - Improvement of productivity at mining sites

In the paper industry, precise supply of additives is required to maintain uniform paper quality. Particularly in the papermaking process, even slight variations in the supply amount of additives can affect the strength of the paper and the ink absorption. Improper supply can lead to a decline in product quality and worsened yield. Our blower tank pump contributes to improving paper quality by stably supplying additives through low-speed, high-concentration plug transport. 【Application Scenarios】 - Long-distance transport of additives (pigments, sizing agents, etc.) - Stable supply to the papermaking process - Efficiency in powder handling 【Effects of Implementation】 - Improvement in paper quality - Enhancement of yield - Increase in productivity

In the glass industry, the precise input of raw materials affects product quality. Particularly when long-distance transportation is required, it is essential to prevent the segregation and damage of powders and ensure a stable supply. Improper input can lead to product defects and decreased manufacturing efficiency. Our blow tank pump minimizes the damage to glass raw materials through low-speed, high-concentration plug transport, and stabilizes long-distance transportation by adopting a rotary valve. 【Usage Scenarios】 - Raw material input at glass manufacturing plants - Powder supply to silos - When long-distance transportation is necessary 【Benefits of Implementation】 - Reduction of powder loss - Stabilization of product quality - Improvement of production efficiency

In the ceramics industry, the stable supply of raw powder during the molding process significantly affects quality. In particular, the uniformity of the molding materials and the load on the powder greatly influence the strength and finish of the products. Segregation and contamination during powder transport can lead to product defects and potentially reduce yield. The blow tank pump minimizes damage to the powder through low-speed, high-concentration plug transport and achieves stable long-distance transport when combined with a rotary valve. 【Application Scenarios】 - Supply of raw powder to the ceramics molding process - Plants requiring long-distance transport - Situations where preventing quality degradation during powder conveyance is desired 【Benefits of Implementation】 - Reduced load on the powder, leading to improved product quality - Realization of stable supply for long-distance transport - Improved yield - Enhanced maintainability

In the fertilizer industry, it is essential to maintain the uniformity of components and prevent quality degradation during long-distance transportation. In particular, fertilizers are prone to segregation during transport depending on their type, and a decrease in uniformity can lead to inconsistencies in fertilization effectiveness. Our blow tank pump achieves stable long-distance transport by suppressing powder segregation through low-speed, high-concentration plug transport. [Usage Scenarios] - Transportation after raw material mixing at fertilizer manufacturing plants - Long-distance transport to fertilizer warehouses - When it is necessary to maintain the uniformity of blended fertilizers [Benefits of Implementation] - Suppresses powder segregation and maintains uniform quality - Reduces the risk of quality degradation during long-distance transport - Improves production efficiency with stable discharge through a rotary valve

In the paint industry, the uniform dispersion of pigments and additives affects product quality. Insufficient dispersion can lead to color unevenness and a decrease in performance. The blow tank pump achieves stable long-distance transport while minimizing damage to powders through low-speed, high-concentration plug-type powder transportation. 【Application Scenarios】 - Transport of pigments and additives in paint manufacturing plants - Plants requiring long-distance transport 【Benefits of Implementation】 - Reduces powder damage and maintains quality - Improves production efficiency through long-distance transport

In the food industry, foreign matter contamination during the manufacturing process is a serious issue that not only compromises product quality but also undermines corporate trust. In particular, powders are prone to adhesion and can easily incorporate foreign matter during transportation. The Freeway System enables the air transport of highly adhesive powders, reducing the risk of contamination. This ensures food safety and meets consumer trust. 【Usage Scenarios】 - Transportation of powdered raw materials - Supply to manufacturing lines - When there is a need to reduce the risk of foreign matter contamination 【Benefits of Implementation】 - Reduced risk of foreign matter contamination - Improved product quality - Enhanced corporate reliability

In the pharmaceutical industry, maintaining product quality is the top priority. In the manufacturing process of powdered pharmaceuticals, powder adhesion increases the risk of quality degradation and foreign matter contamination. In particular, powders that are prone to adhesion can easily cause blockages during transport, leading to decreased production efficiency. The Freeway System enables air transport even for highly adhesive powders, solving these issues. 【Usage Scenarios】 - Transport of pharmaceutical raw materials - Transport of additives - Supply to manufacturing lines 【Benefits of Implementation】 - Improved quality retention - Reduced risk of foreign matter contamination - Enhanced production efficiency

In the chemical industry, there is always a risk of dust explosions when handling powders. In particular, powders such as pigments, zinc oxide, titanium dioxide, gypsum, and quicklime tend to adhere easily, causing blockages in transport pipes, which can lead to dust accumulation and potentially result in explosion incidents. To ensure a safe working environment, it is crucial to prevent powder adhesion and achieve smooth transportation. The Freeway System enables the air transport of highly adhesive powders, reducing the risk of dust explosions. 【Usage Scenarios】 - Transport of powders such as pigments, zinc oxide, titanium dioxide, gypsum, quicklime, and wet fine powders - Chemical plants handling powders - Factories seeking a safe working environment 【Benefits of Implementation】 - Elimination of blockage issues caused by powder adhesion - Reduction of dust explosion risks - Realization of safe powder transport - Improvement of production efficiency

In the paper industry, the adhesion of powders such as pigments and additives in transport pipes poses a challenge, leading to paper jams. This can result in decreased production efficiency and increased maintenance costs. The Freeway System enables the air transport of highly adhesive powders, eliminating issues caused by adhesion. This contributes to the establishment of a stable production system. 【Usage Scenarios】 - Transport of powders such as pigments and additives - Powder supply in paper manufacturing lines - Prevention of paper jams during powder supply 【Benefits of Implementation】 - Reduced risk of production stoppages due to paper jams - Decreased maintenance frequency - Improved production efficiency through stable powder supply

In the cement industry, the clogging of transport pipes due to powder adhesion has become a significant challenge, leading to decreased production efficiency and increased maintenance costs. In particular, powders such as cement raw materials and intermediate products have high adhesion properties, which have caused problems with blockages in conventional transport systems. The Freeway System, through its unique technology, eliminates blockage issues caused by adhesion and enables stable powder transport. 【Usage Scenarios】 - Raw material transport in cement manufacturing plants - Supply to cement silos - Powder transport in cement mills 【Benefits of Implementation】 - Reduced risk of production stoppages due to clogging - Cost savings from reduced maintenance frequency - Improved production efficiency through stable powder supply

In the mining industry, the efficiency of powder transport significantly impacts productivity. In particular, highly adhesive powders can cause blockages in transport pipes, leading to operational shutdowns and increased maintenance costs. The Freeway System was developed to address these challenges. It enables the air transport of easily adhesive powders and contributes to the stable operation of production lines. 【Application Scenarios】 - Powder transport of pigments, zinc oxide (zinc white), titanium dioxide, gypsum, hydrated lime, and wet fine powders - Powder transport in mines, concentration plants, cement factories, etc. 【Benefits of Implementation】 - Improved transport efficiency - Reduced risk of operational shutdowns - Decreased maintenance costs

In the agricultural sector, uneven adhesion of chemicals to seeds can lead to decreased germination rates and increased risks of pests and diseases. To enhance seed protection, it is important to ensure uniform adhesion of chemicals. The Freeway System enables the air transport of even highly adhesive powders, contributing to the solution of seed protection challenges by achieving uniform chemical adhesion to seeds. 【Application Scenarios】 - Coating of seeds with chemicals - Uniform application of fungicides and insecticides to seeds - Streamlining of seed treatment processes 【Benefits of Implementation】 - Reduction of chemical waste - Improvement of germination rates - Decrease in pest and disease risks - Increased efficiency in seed treatment

In the plastic industry, it is important to reduce molding defects and improve product quality and production efficiency. Adhesion in the transportation of powder materials can lead to supply instability and contamination, causing molding defects. The Freeway System enables stable air transportation even for highly adhesive powders, solving these issues. This helps suppress the occurrence of molding defects and contributes to the stable supply of high-quality products. 【Usage Scenarios】 - Transportation of plastic molding materials (pigments, additives, etc.) - Weighing and mixing processes of powder materials - Stable supply to molding machines 【Effects of Implementation】 - Reduction of molding defect rates - Improvement in product quality - Enhancement of production efficiency - Reduction of material loss