増野製作所 Product Lineup

<<Overview>> The single toggle jaw crusher is widely used as a primary or secondary crusher. The material is crushed by the instantaneous forces of compression and friction. It is a crusher with numerous advantages, including easy handling and the ability to achieve uniform product granularity and investigation. <<Features>> - Simple and robust structure, allowing for efficient crushing. - High crushing ratio can be achieved. - Product granularity can be adjusted by inserting or removing a bag liner. - When iron blocks or similar materials get caught in the crushing chamber, the toggle plate breaks to prevent damage to other main parts of the body. - The tooth plates can be easily replaced and can be flipped for reuse when worn. - Uniform-sized products can be obtained. <<Applications>> ● Processing of ores, coal, limestone, calcium nitride, asbestos, rock salt, mica, and others ● Rare metals, catalysts, and others ● Clumps of molten slag, incineration ash, and others ● Glass cullet, waste materials, and others *For more details, please check 'Request for Information' and 'Catalog Download'.

During the recycling of glass bottles, plastic lids, plastic caps, aluminum caps, etc., the glass is crushed and discharged as a product, while other foreign materials are discharged separately. During the crushing and grinding of rubble, items that do not break are discharged as foreign materials (such as metal, plastic, rubber, etc.).

The inner and outer cages each have a crushing rod attached, and the structure allows the cages to rotate in opposite directions. The raw materials inside the cage are discharged without being over-ground. For more details, please contact us or download the PDF materials.

The New Micro Cyclomill is a grinding machine that uses high-frequency vibrations caused by pressure fluctuations from high-speed airflow to self-destruct the raw materials. This grinding machine achieves the desired particle size through adjustments in rotation speed and air suction volume, demonstrating high performance. <Features> ■ Minimal temperature rise due to airflow grinding ■ No metal contamination as there are no collisions or sliding parts between metals ■ Easy particle size adjustment through adjustments in rotation speed and air suction volume ■ Product particle size can be adjusted using a recycling circuit ■ Easy to open and close the casing for complete cleaning ■ Capable of hot air drying grinding, cold air cooling grinding, and cryogenic grinding ■ Automatic suction of raw materials from a distance and automatic transport of products <Examples of Applications> - Grinding of dried raw materials such as plants and food products - Grinding of engineering plastics - Grinding of mineral products - Grinding of chemical products - Grinding of dried raw materials for health foods 《Mass Micronization Machine for Soaked Rice (1000 kg/h)》 *For more details, please contact us or download the catalog. *Technical materials are available for details (data, outline dimensions, etc.). Please feel free to contact us.

The "Swing Hammer Mill" is a very user-friendly grinding machine that can crush a variety of materials from soft to medium-hard, allows for easy adjustment of product particle size, and is simple to maintain. Raw materials are fed onto the trajectory of high-speed rotating hammers, where they are first crushed by impact force and then further ground by shear force. To meet the diverse needs of our customers, we primarily manufacture the following types of grinders: - "Type A": For processing soft or medium-hard materials such as limestone, gypsum, and coal. - "Type B": For processing hard or medium-hard materials such as various rocks. 【Features】 - Simple and robust structure. Efficient grinding with a high crushing ratio. - Capable of performing primary and secondary crushing simultaneously, suitable for various grinding purposes. - Product particle size can be adjusted by changing the screen bar spacing and rotation speed, eliminating the need for closed-circuit grinding. - We also manufacture swing hammer mills with special-purpose foreign object discharge chutes, which expel foreign objects that cannot be crushed out of the machine when mixed with raw materials. - We offer small grinders for low-capacity research and testing purposes at an affordable price. *For more details, please contact us or download the PDF document.

- Customer's challenges and requests before implementation: They were grinding buckwheat with an existing crusher but were unable to achieve a satisfactory particle size and were investigating other fine grinding machines. - Proposed machine in response to the request: We proposed a fluidized bed jet mill with a proven track record in rice flour production. Testing was conducted using our test machine, and the ground buckwheat flour was taken back for processing evaluation. - Specifications of the machine: Fluidized bed jet mill, model MCM-15, grinding section made of SUS304, 30 kW 4P. - Customer feedback after implementation: They were able to collect satisfactory fine powder. The grinding machine from another company was repurposed for the recovery process of larger particle size products.

1. Considering a crusher for grinding limestone. There are two types of fine particle sizes, and we were thinking of a crusher that allows for easy particle size adjustment. 2. A roller mill was proposed as a machine capable of adjusting fine particle sizes. Micronizer Model 50A Roller Mill Motor capacity: 75kw 3. Customer feedback after installation: Particle size adjustment has become easy, and the operational burden has decreased.

- Customer's issues and requests before implementation: We are considering the recycling of glass bottles with plastic lids, aluminum caps, or corks. Steel cans and aluminum cans are also mixed in the bottles. We want to crush the bottles and recover only the glass powder while sorting out the other materials. - Proposed model in response to the request: The initial swing hammer mill with a foreign material discharge chute has been developed to expel non-breakable foreign materials from the crushing chamber of conventional equipment through the discharge chute, allowing for the crushing and recovery of only glass powder. (Non-breakable items: plastics, steel cans, aluminum cans) - Specifications of the model: SHM-2012 Swing hammer mill with foreign material discharge chute Inlet dimensions: 200×300 Motor capacity: 11Kw Processing capacity: 200kg/h - Customer feedback after implementation: The issues with foreign material contamination in glass recycling have been resolved, and stable recovery of glass powder has become possible.

- Customer's challenges and requests before implementation: In the testing room or on small production lines, raw materials have been crushed using a hand hammer until now. This method is inefficient and does not produce uniform particle sizes after crushing. Therefore, there was a request for a small crushing machine. - Proposed model in response to the request: Our company has a swing hammer mill that has been used for crushing various raw materials for many years. Until now, there was no small model, but we have developed a new one. - Specifications of the model: AHM-1206 Swing Hammer Mill (driving electric motor 2.2 kW) - Customer feedback after implementation: We have been able to efficiently crush various raw materials, and users have emerged who are using it not only in the testing room but also on small production lines.

The "MS Roller Mill" is a dry ultrafine grinding machine that combines crushing, classification, and air transport, and by adding a hot air generation device, it can perform grinding and drying simultaneously. Each model is available in high-side and low-side types, and can be used for grinding various raw materials according to the grinding particle size and capacity. 【Features】 - The high-side MS Roller Mill is suitable for ultrafine grinding over a wide range, from approximately 80% passing 150μ to 99% passing 30μ. - By adding a hot air device, it can grind materials with moisture content of about 5-10% while drying them, eliminating the need for a dryer. - The entire internal structure of the device operates under negative pressure, completely preventing dust generation. *For more details, please refer to the PDF document or feel free to contact us.

In the pharmaceutical industry, the uniform dispersion of active ingredients affects the quality and efficacy of products. Low uniformity in grinding can lead to ingredient bias, resulting in variations in efficacy and a decline in quality. New Micro Cyclomatt achieves uniformity in particle size distribution in the micronization of pharmaceutical raw materials, supporting the stable manufacturing of high-quality pharmaceuticals. [Application Scenarios] - Grinding of pharmaceutical raw materials - Grinding of additives - Grinding of excipients [Benefits of Implementation] - Achievement of uniform particle size distribution - Stabilization of efficacy - Improvement in quality control

In the food industry, the fine grinding of raw materials is required to improve product quality and texture. This is particularly important in the production of rice flour and powdered tea, where uniform particle size and smooth texture are crucial. Improper grinding can compromise the flavor of the product and worsen its texture. The New Micro Cyclomatt is a grinder that causes the raw materials to self-destruct through pressure fluctuations caused by high-speed airflow. By adjusting the rotation speed and the amount of suction air, the desired particle size can be achieved, contributing to the improvement of food quality. 【Application Scenarios】 - Production of rice flour, powdered tea, and health food ingredients - Grinding of various food drying materials 【Effects of Introduction】 - Achieves uniform particle size, enhancing product quality - Prevents contamination with metal powders, ensuring safety - Easy particle size adjustment, accommodating diverse needs

In the cosmetics industry, the refinement of raw materials and uniform dispersion are essential for improving product quality and user experience. In particular, the dispersion of pigments and powdered raw materials significantly affects product color consistency and feel. Improper grinding or dispersion can lead to decreased product performance and lower customer satisfaction. New Micro Cyclomatt enhances the dispersion of cosmetics by finely grinding raw materials and achieving a uniform particle size distribution. 【Usage Scenarios】 - Fine grinding of pigments and powdered raw materials - Manufacturing of emulsified products - Improvement of product quality through enhanced dispersion 【Effects of Implementation】 - Achievement of a uniform particle size distribution - Improved dispersion - Enhanced product quality - Increased customer satisfaction

In the ceramics industry, achieving high purity is crucial for determining product quality. Particularly in ceramics used for electronic components and precision instruments, the presence of impurities can lead to performance degradation and the occurrence of defective products. New Micro Cyclomatt employs an air flow grinding method to suppress the mixing of metal powders, contributing to high purity. 【Application Scenarios】 - Electronic component manufacturing - Precision instrument manufacturing - Research and development 【Benefits of Implementation】 - Production of high-purity ceramic powders - Improvement in product quality - Enhancement of yield

In the pigment industry, the color and quality of products are important. The quality of color development greatly influences the value of the product. New Micro Cyclo Matte aims to enhance color development through the micronization of pigments. By uniformizing the particle size of the pigments and optimizing light scattering, it achieves vibrant and deep color development. This contributes to the improvement of product quality. 【Application Scenes】 - Paints - Inks - Cosmetics - Colorants 【Effects of Introduction】 - Improved color development - Suppression of color unevenness - Enhanced product quality

In the battery materials industry, controlling particle size, which affects product performance, is crucial. If the particle size of the electrode materials is uneven, the charging and discharging efficiency of the battery may decrease, leading to a shorter lifespan. New Micro Cyclomatt allows for easy particle size adjustment, enabling the production of materials with uniform particle sizes. 【Application Scenarios】 - Grinding of lithium-ion battery materials - Particle size adjustment of positive and negative electrode materials - Grinding of electrolyte additives 【Effects of Introduction】 - Improvement in battery performance - Stabilization of product quality - Increased yield

In the electronic materials industry, advancements in thin film technology have led to a demand for finer materials. The more uniform and finer the particle size of the materials, the better the quality of the thin films, which in turn enhances product performance. The New Micro Cyclomat is a grinder that causes the raw materials to self-destruct due to pressure fluctuations from high-speed airflow. By adjusting the rotation speed and the amount of suction air, the desired particle size can be achieved, contributing to the thin film formation of electronic materials. 【Application Scenarios】 - Grinding of electronic materials - Pre-treatment for thin film formation processes - Grinding of high-performance resins 【Benefits of Implementation】 - Achievement of uniform particle size - Improvement in thin film quality - Enhancement of product performance

In the mineral industry, quality control of products and efficient sorting are required. In particular, the uniformity of particle size distribution is a crucial factor that affects product performance. An uneven particle size distribution can lead to decreased sorting efficiency and deterioration of product quality. The New Micro Cyclomatt allows for easy attainment of the desired particle size through adjustments in rotation speed and air suction volume, contributing to solving challenges in the mineral sorting process. 【Application Scenarios】 - Particle size adjustment of mineral raw materials - Pre-treatment in the sorting process - Particle size measurement in quality control 【Effects of Implementation】 - Achievement of uniform particle size distribution - Improvement in sorting efficiency - Stabilization of product quality

In the chemical industry, fine grinding of raw materials is important to enhance reaction efficiency. To maximize the reaction surface area and improve the reaction rate, a fine powder with a uniform particle size distribution is required. The New Micro Cyclomatt is a grinder that causes the raw materials to self-destruct due to pressure fluctuations from high-speed airflow. This allows for the desired particle size to be achieved and contributes to improved reaction efficiency. 【Application Scenarios】 - Streamlining chemical reaction processes - Uniform mixing of raw materials - Enhancing reaction rates 【Effects of Implementation】 - Improved reaction efficiency - Stabilization of product quality - Cost reduction

In the paint industry, uniformity of gloss, which affects product quality, is required. Gloss is influenced by the fineness of particles such as pigments, making the precision of fine grinding important. New Micro Cyclo Matte allows for easy particle size adjustment, achieves uniform fine grinding, and contributes to improving the gloss of paints. 【Application Scenarios】 - Fine grinding of pigments in paint manufacturing - When wanting to improve gloss uniformity - Enhancing the quality of paints 【Effects of Implementation】 - Improved gloss uniformity - Enhanced paint quality - Response to diverse needs through particle size adjustment

In the ink industry, there is a demand for improved coloring power through the fine grinding of pigments. If the particle size of the pigment is large, the dispersion of the ink may worsen, leading to poor color development. New Micro Cyclo Matte enhances the coloring power of the ink and achieves vibrant color development by finely grinding the pigments. 【Application Scenarios】 - Ink manufacturing - Fine grinding of pigments 【Benefits of Implementation】 - Improved coloring power - Enhanced ink quality - Cost reduction

In the ceramics industry, high purity through the fine grinding of raw materials is required to improve product quality. In particular, the removal of impurities that affect sinterability and strength is a crucial factor that influences product performance. Inadequate grinding can lead to biased particle size distribution and contamination with foreign substances, potentially resulting in a decline in product quality. The MS Roller Mill combines grinding, classification, and air transport to achieve high purity. [Application Scenarios] - Fine grinding of ceramic raw materials - Grinding processes aimed at achieving high purity - When simultaneous drying and grinding is desired [Effects of Implementation] - Achievement of uniform particle size distribution - Reduction of the risk of impurity contamination - Cost reduction through the reduction of drying processes

In the mineral industry, proper crushing and sorting of minerals are required to maintain product quality. In particular, the uniformity of particle size distribution significantly affects the efficiency and quality of products in subsequent processes. Improper crushing or sorting can lead to reduced yield and deterioration of product quality. Our MS roller mill efficiently combines crushing, classification, and air transport to carry out the crushing and sorting of minerals. 【Application Scenarios】 - Adjustment of mineral particle size - Removal of foreign substances - Improvement of product quality 【Benefits of Implementation】 - Uniformity of particle size distribution - Increased yield - Stabilization of product quality

In the chemical industry, improving reactivity is essential for enhancing product quality and improving production efficiency. To increase the reaction rate, expanding the surface area through the micronization of raw materials is crucial. The MS roller mill combines grinding, classification, and air transport, and is equipped with a hot air generation device, allowing for simultaneous grinding and drying, thereby creating a highly reactive state. 【Application Scenarios】 - Streamlining chemical reactions - Uniform mixing of raw materials - Simultaneous processing of drying and grinding 【Effects of Implementation】 - Increased reaction rate - Stabilization of product quality - Reduction of production costs

In the ink industry, there is a demand for improved coloring power through the fine grinding of pigments. The more uniform and finer the particle size of the pigments, the more vibrant the ink's color becomes, and the better the opacity. Improper grinding can lead to pigment aggregation, which may cause a decrease in coloring power and clogging. Our dry fine grinding machine, the "MS Roller Mill," efficiently fine-grinds pigments and contributes to the improvement of ink quality. 【Application Scenarios】 - Fine grinding of pigments in ink manufacturing - Improvement of ink color reproducibility - Enhancement of ink opacity 【Effects of Implementation】 - Uniformization of pigment particle size, enhancing coloring power - Improvement of ink vibrancy - Suppression of ink clogging

In the battery materials industry, there is a demand for higher density materials due to performance enhancements. Micronization technology contributes to this by controlling the particle size of materials. Proper control of particle size is essential for improving battery performance. The MS roller mill is a dry micronization machine that combines grinding, classification, and air transport, and is equipped with a hot air generation device, allowing for simultaneous grinding and drying. 【Application Scenarios】 - Manufacturing of battery materials - Grinding of materials aiming for higher density - When simultaneous drying and grinding is desired 【Benefits of Implementation】 - Promotes the densification of materials - Contributes to improved battery performance - Reduces drying processes

In the paint industry, the uniformity and vibrancy of color development, which affect product quality, are crucial. If the particle size of pigments is uneven or if aggregation is observed, color development may deteriorate, potentially diminishing the product's value. The dry ultrafine grinder 'MS Roller Mill' contributes to improving the color development of paints by finely grinding pigments to achieve a uniform particle size. By combining grinding, classification, and air transport, and additionally equipping it with a hot air generation device, it enables simultaneous grinding and drying. 【Application Scenarios】 - Ultrafine grinding of pigments in paint manufacturing - Improvement of color development inconsistencies - Enhancement of color reproducibility in paints 【Effects of Implementation】 - Increased product value due to improved color development - Stabilization of quality through uniform particle size - Process shortening by simultaneous treatment with the drying process

In the electronic materials industry, there is a demand for the refinement of raw materials due to the increasing performance requirements of products. Particularly in the manufacturing of electronic components, the uniform particle size of materials and high-quality grinding are crucial factors that influence product performance. Inadequate grinding can lead to reduced yield and performance degradation of the products. The MS roller mill combines grinding, classification, and air transport to meet the needs for the refinement of electronic materials. 【Application Scenarios】 - Micronization of electronic materials - Drying and grinding of powder materials 【Benefits of Implementation】 - Capable of handling a wide range of micronization - Reduction of drying processes - Suppression of dust generation

In the fertilizer industry, uniform mixing of ingredients and efficient solubility are required. Particularly with water-soluble fertilizers, particle size significantly affects the dissolution rate, which can hinder uniform application and rapid nutrient supply to plants. The dry ultrafine grinder "MS Roller Mill" enhances the solubility of fertilizers by micronizing raw materials, achieving a uniform mixture of components. This promotes effective use of fertilizers and supports crop growth. 【Usage Scenarios】 - Production of water-soluble fertilizers - Uniformity of fertilizer components - Maximization of fertilizer effectiveness through improved solubility 【Benefits of Implementation】 - Improved solubility of fertilizers - Uniformity of fertilizer components - Enhanced fertilizer effectiveness - Cost reduction

In the mining industry, it is essential to efficiently crush raw materials such as ores and coal. In particular, uniform particle size and high crushing capacity are critical factors that influence the efficiency of subsequent processes. Improper crushing can lead to reduced processing capacity and increased costs. The single-toggle jaw crusher crushes raw materials using the forces of compression and friction, achieving uniform product particle size. 【Application Scenarios】 - Crushing of ores, coal, limestone, etc. - Crushing of rare metals and catalysts - Crushing of molten slag and incineration ash lumps 【Benefits of Implementation】 - Improved processing capacity through efficient crushing - Enhanced efficiency of subsequent processes due to uniform product particle size - Improved workability due to ease of handling

The construction recycling industry demands efficient processing of construction waste. In particular, due to the wide variety of waste types, the ability to crush different materials is crucial. Improper crushing can lead to decreased processing efficiency and increased costs. The single toggle jaw crusher efficiently crushes various construction waste and promotes recycling. 【Usage Scenarios】 - Crushing of concrete debris and asphalt chunks - Crushing of waste materials and glass cullet - Intermediate processing at construction sites 【Benefits of Implementation】 - Reduction of waste and effective utilization of resources - Reduction of processing costs - Improvement of recycling rates

In the civil engineering industry, the quality of base materials is a crucial factor that affects the durability of roads and structures. Adjusting the particle size of base materials is essential for ensuring ease of compaction and drainage, and obtaining an appropriate particle size distribution is important for maintaining long-term stability. A single-toggle jaw crusher crushes raw materials using compression and friction forces, facilitating the uniformity of product particle size. This contributes to the improvement of base material quality. 【Application Scenarios】 - Crushing of ores, coal, limestone, etc. - Crushing of molten slag and incineration ash clumps 【Effects of Introduction】 - Uniformity of product particle size - Easy handling - High crushing ratio

In the cement industry, the uniform adjustment of raw material particle size in the manufacturing process is a crucial factor that influences product quality and production efficiency. Particularly in the primary crushing of raw materials, processing capacity and post-crushing particle size adjustment are required. Inadequate crushing can lead to problems in subsequent processes and a decline in quality. The single-toggle jaw crusher crushes raw materials instantly using compression and friction forces, making it easier to achieve uniform product particle size. 【Application Scenarios】 - Crushing of cement raw materials such as ores and limestone 【Benefits of Implementation】 - Increased productivity through efficient crushing - Stabilization of quality through uniform product particle size

In the asphalt industry, adjusting the particle size of aggregates is crucial for maintaining the quality of road paving. Uniformly sized aggregates enhance the strength of asphalt mixtures and improve durability. Improper particle size adjustment can lead to cracking and premature deterioration of the pavement. The single-toggle jaw crusher crushes raw materials using compression and friction forces, facilitating the uniformity of product particle size. 【Usage Scenarios】 - Crushing asphalt aggregates - Road construction sites - Crushing of recycled materials 【Benefits of Implementation】 - Production of uniformly sized aggregates - Improvement in the quality of asphalt mixtures - Achievement of durable road paving

In the glass industry, efficient crushing of cullet is required to promote recycling. In particular, contamination and particle size adjustment are important factors that affect the quality of reuse. Improper crushing can lead to a decline in the quality of glass products and a decrease in manufacturing efficiency. Our single-toggle jaw crusher efficiently crushes cullet and achieves uniform product particle size. 【Usage Scenarios】 - Crushing glass cullet - Crushing waste glass - Use in recycling processes 【Benefits of Implementation】 - Improved recycling efficiency through efficient crushing - Stable quality due to uniform product particle size - Easy operability and maintenance

In the brick manufacturing industry, uniform particle size adjustment of raw materials during the production process significantly affects product quality and production efficiency. In particular, variations in the particle size of crushed raw materials can lead to inconsistencies in shrinkage rates during firing, potentially resulting in reduced product strength and shape defects. The single toggle jaw crusher crushes raw materials instantaneously using compression and friction forces, achieving a uniform particle size. This contributes to improved brick quality and enhanced manufacturing efficiency. 【Application Scenarios】 - Crushing of raw materials in brick manufacturing - Improvement of product quality through particle size adjustment - Enhancement of yield in the firing process 【Effects of Implementation】 - Improved brick quality due to uniform particle size - High crushing ratio allows for efficient crushing - Particle size adjustment through bag liner replacement

In the waste management industry, reducing the volume of waste is essential for cost reduction and improving resource efficiency. In particular, reducing landfill space and controlling transportation costs are important challenges. The single-toggle jaw crusher efficiently crushes waste using compression and friction forces, achieving volume reduction. This contributes to reducing waste processing costs. 【Usage Scenarios】 - Crushing of ores, coal, limestone, etc. - Crushing of molten slag and incineration ash clumps - Crushing of glass cullet and scrap materials 【Effects of Implementation】 - Reduces the volume of waste, saving landfill space - Reduces transportation costs - Promotes resource recycling

In the metal recycling industry, efficient sorting is required for effective resource utilization and cost reduction. It is particularly important to prevent contamination and crush materials to a uniform particle size. Improper crushing can lead to decreased sorting efficiency and potential damage to equipment. The single toggle jaw crusher crushes raw materials using compression and friction forces, achieving uniform product particle size. This contributes to the efficiency of the sorting process in metal recycling and the production of high-quality recycled materials. 【Application Scenarios】 - Crushing of metal scrap - Pre-treatment for sorting mixed metals - Crushing after foreign matter removal 【Benefits of Implementation】 - Improved crushing efficiency - Enhanced sorting accuracy - Protection of equipment - Improved quality of recycled materials

In the non-ferrous metal industry, the pre-treatment process requires the efficient crushing of raw materials such as ores and adjusting them to a suitable particle size for subsequent processes. In particular, uniform particle size and crushing efficiency significantly impact the efficiency of later sorting and refining processes. Improper crushing can lead to reduced processing capacity and lower yield. The single-toggle jaw crusher crushes raw materials using compression and friction forces, achieving uniform product particle size. 【Application Scenarios】 - Crushing of ores - Crushing of rare metals 【Benefits of Implementation】 - Improved processing capacity through efficient crushing - Increased efficiency of subsequent processes due to uniform product particle size - Reduced running costs due to high maintainability

In the crushing process of the chemical industry, uniform particle size of raw materials and efficient processing are required. Particularly in crushing, which affects reaction efficiency and product quality, stable performance and ease of operation are important. Improper crushing can lead to delays in reactions and a decline in product quality. Our single toggle jaw crusher crushes raw materials using the forces of compression and friction, achieving uniform product particle size. 【Application Scenarios】 - Crushing of ores, coal, limestone, etc. - Crushing of rare metals and catalysts - Crushing of molten slag and incineration ash lumps - Crushing of glass cullet and waste materials 【Benefits of Implementation】 - Increased productivity through efficient crushing - Stable quality through uniform product particle size - Improved work efficiency due to ease of operation

In the fertilizer industry, uniform particle size adjustment of raw materials is essential for stabilizing quality in the granulation process. In particular, proper crushing of raw materials is crucial for optimizing the component balance of fertilizers and maintaining uniform quality. Improper crushing can lead to poor granulation and a decline in product quality. The single toggle jaw crusher crushes raw materials instantly using compression and friction forces, achieving uniformity in product particle size. This contributes to the efficiency of the granulation process and the production of high-quality fertilizers. 【Application Scenarios】 - Crushing of fertilizer raw materials (ores, limestone, etc.) - Particle size adjustment before granulation - Crushing during foreign matter contamination 【Effects of Implementation】 - Improved granulation quality through uniform particle size adjustment - Increased productivity through efficient crushing - Reduced running costs due to high maintainability

In the food manufacturing industry, preventing foreign matter contamination is extremely important to ensure product safety. The presence of foreign substances can lead not only to a decline in product quality and health issues for consumers but also significantly damage a company's trust. The disintegrator machine makes it easier to detect and remove foreign matter during the crushing process of raw materials, thereby contributing to enhanced food safety. 【Usage Scenarios】 - Processing of seafood bones and grains - Crushing of sludge cakes - Crushing of salt, sugar, etc. 【Effects of Implementation】 - Improved efficiency in foreign matter removal - Enhanced product quality - Stabilization of the manufacturing process

In mining, it is necessary to efficiently crush the extracted ores and minerals to a particle size suitable for subsequent processes. In particular, hard lump minerals such as limestone, coal, and coke can take a long time to process with conventional crushing methods, potentially reducing production efficiency. Our disintegrator, 'Disintegrator', efficiently crushes these lump materials using impact and shear forces from a rod ring arrangement, contributing to increased productivity. 【Application Scenarios】 - Crushing of limestone, coal, coke, gypsum, etc. - Raw material processing in mines - Pre-treatment in the beneficiation process 【Benefits of Implementation】 - Increased productivity due to high crushing efficiency - Suppression of over-crushing, allowing for a smooth transition to subsequent processes - Reduced running costs due to improved maintainability

In the pharmaceutical industry, a uniform state of raw materials is required to maintain the quality of pharmaceuticals. Particularly during the mixing and grinding processes, if the particle size or composition of the raw materials is uneven, it can lead to variations in product quality. The disintegrator, 'Disintegrator,' contributes to stabilizing product quality by uniformly disintegrating raw materials. 【Application Scenarios】 - Pre-treatment of pharmaceutical raw materials before mixing - Disintegration of excipients in tablet manufacturing - Production of pharmaceutical intermediates requiring uniform particle size 【Effects of Implementation】 - Improvement in product quality through raw material uniformity - Enhancement of yield in the manufacturing process - Stable supply of products

In the recycling industry, efficient sorting of waste is required. In particular, bulky waste mixed with foreign substances hinders the sorting process and reduces processing efficiency. The disintegrator machine breaks down solidified bulky waste, making the sorting process easier. 【Usage Scenarios】 - Waste sorting process - Processing of waste mixed with foreign substances - Breaking down sludge and other cakes 【Benefits of Implementation】 - Increased efficiency in sorting operations - Reduced processing time - Lower waste processing costs