Volkmann Japan List of Products and Services

In the ceramics industry, the firing process is influenced by the accurate supply of raw materials. If the supply of powdered raw materials is interrupted or scattered, it can lead to uneven firing and reduced yield. A vacuum conveyor reduces the risk of powder scattering due to its fully sealed structure and achieves stable supply with a design that is less prone to clogging. Its space-saving design and flexible layout also make it easy to integrate into existing equipment. 【Usage Scenarios】 - Supply of raw materials to the firing furnace - Supply of raw materials to the molding process - Supply to the raw material mixing process 【Benefits of Implementation】 - Stabilization of the firing process - Reduction of raw material loss and cleaning costs - Improvement of the working environment

In the battery industry, the supply of electrode materials requires prevention of powder scattering, avoidance of clogging, and accurate transportation. Particularly in the manufacturing of high-performance batteries, maintaining the quality of electrode materials is crucial. Vacuum conveyors reduce the risk of powder scattering with a fully sealed structure and achieve stable supply with a design that is less prone to clogging. The space-saving design and flexible layout also make it easy to integrate into existing equipment. 【Usage Scenarios】 - Feeding electrode materials in battery manufacturing lines - Material supply in research and development facilities - Powder supply in manufacturing processes 【Benefits of Implementation】 - Improvement of the working environment due to reduced powder scattering - Reduction of raw material loss and cleaning costs - Increased production efficiency

In the ink manufacturing industry, it is essential to efficiently disperse powders such as pigments. In particular, the scattering of powders can lead to a deterioration of the working environment and waste of materials, potentially resulting in increased costs. A vacuum conveyor reduces the risk of powder scattering through its fully sealed structure, achieving stable supply. Its space-saving design and flexible layout make it easy to integrate into existing equipment. 【Usage Scenarios】 - Adding pigments in ink manufacturing plants - Material supply in research facilities - Powder supply to manufacturing lines 【Benefits of Implementation】 - Improvement of the working environment due to reduced powder scattering - Reduction of raw material loss and cleaning costs - Increased production efficiency

In the fertilizer industry, the mixing process requires precise formulation and uniform mixing of raw materials. In particular, component bias can reduce the effectiveness of fertilizers and pose quality control challenges. Additionally, powder scattering can lead to a deterioration of the work environment and health risks, making countermeasures essential. Vacuum conveyors suppress powder scattering due to their fully sealed structure and enable uniform mixing. Their space-saving design and flexible layout also make it easy to integrate them into existing equipment. 【Usage Scenarios】 - Raw material mixing in fertilizer manufacturing plants - Raw material supply in compound feed manufacturing lines - Material mixing in research facilities 【Benefits of Implementation】 - Improvement of the work environment by reducing powder scattering - Reduction of raw material loss and cleaning costs - Enhanced mixing accuracy

In the chemical and heavy industries, there is a process for transporting high-temperature powders that come from furnaces and dryers to the next stage. Our vacuum conveyor makes it possible to transport these high-temperature powders, which traditional conveyors cannot handle. Our vacuum conveyor reduces the risk of powder scattering due to its completely sealed structure. Additionally, its design minimizes clogging, ensuring stable supply. The space-saving design and flexible layout make it easy to integrate into existing equipment. 【Benefits of Implementation】 - Improvement of the working environment by reducing powder scattering - Reduction of raw material loss and cleaning costs - Increase in production efficiency