環境保全サービス Product Lineup

The "Dry Glass Recycling Crushing Device" can be operated flexibly according to its application, allowing for the collection of beads with the desired particle size. The crushed beads have no sharp edges, making them safe to use. Crown caps, bottle caps, labels, and other materials are automatically separated and collected. Although it is designed specifically for glass, it can also be used for ceramics, molten slag, and more. 【Features】 ■ Crushed beads have no sharp edges ■ Crown caps, bottle caps, labels, etc. are automatically separated and collected ■ Usable for ceramics, molten slag, and more ■ Two types of systems available based on processing capacity *For more details, please refer to the PDF document or feel free to contact us.

The "Plaster Mill" is a gypsum board crushing and separation machine. It operates quietly during milling, allowing for clean separation of paper and gypsum. It is equipped with casters for easy mobility and has low power consumption for energy efficiency. We offer a system with a secondary screening machine, "PM3-600-3S II type," and a conveyor automatic discharge system, "PM3-600-2S II type." 【Features】 ■ No noise during milling ■ Easy to move with casters ■ Clean separation of paper and gypsum ■ Can accommodate input widths of up to 600 mm ■ Energy-efficient with low power consumption *For more details, please refer to the PDF document or feel free to contact us.

Our company has established and organized the "Waste Glass Recycling Cooperative," approved by the Ministry of Economy, Trade and Industry (formerly the Ministry of International Trade and Industry), and is currently expanding its business in response to local demands across the country. Recycling certification systems to promote resource circulation have also been introduced by various administrations, and the foundation for this business is steadily being established. Moving forward, we, the members of the "Waste Glass Recycling Cooperative," aim to advance towards the establishment of an environmentally circular society that "processes local waste locally and utilizes it locally." 【Business Activities】 ■ Contract processing of waste glass recycling products ■ Joint sales of waste glass recycling products ■ Construction projects using recycled waste glass ■ Joint purchasing of consumables for members ■ Research and development on the applications of recycled waste glass handled by members *For more details, please refer to the PDF materials or feel free to contact us.

This document introduces various applications for the valuable and effective natural resource "waste glass." "Crystal Stone Sand" is an eco-mark certified product and is a crushed processing product certified for recycled resource use in Iwate Prefecture. We have included photos of construction examples categorized by application, including resin landscape paving, asphalt paving, and concrete products. [Main Contents] ■ Dry glass recycling crushing equipment ■ Crushed processing product: Crystal Stone Sand ■ Applications of the product ■ Waste glass processed product "White Silica (100%)" (equivalent particle size to silica sand) ■ Equipment that contributes to the recycling of inorganic waste such as waste glass *For more details, please refer to the PDF document or feel free to contact us.

The "Super Crusher" is a device for crushing materials such as bricks, tiles, and block debris. It can crush large chunks of 300mm or 500mm down to sizes under 40mm or 10mm in one go. With just one unit, you can continuously obtain products that meet the specified size requirements. It is compact and lightweight, allowing for installation in tight spaces, and the product conveyor can be directed in any direction. The required area is about 1/5 of that of a conventional series of machines in a crushing plant (compared to our company). 【Features】 ■ Wide range of materials ■ High crushing ratio ■ Small footprint *For more details, please refer to the PDF document or feel free to contact us.

We would like to introduce the "Waste Glass Recycling Cooperative." Waste glass is an effective resource that takes the Earth into consideration. Various types of waste glass are processed with special equipment into particles without corners, similar to river sand and sea sand, and are reused as civil engineering materials, etc. Additionally, our cooperative is developing a 100% solar panel recycling business. There are companies engaged in waste glass recycling in Aichi, Mie, Hiroshima, Kagoshima, and other regions. 【Members by Prefecture (Excerpt)】 ■ Mitsuba Resources (Aomori Prefecture) ■ Environmental Conservation Services (Iwate Prefecture) ■ Tanno Forestry Construction (Miyagi Prefecture) ■ Takara (Fukushima Prefecture) ■ Iioka Industries (Fukushima Prefecture) *For more details, please download the PDF or feel free to contact us.

In the construction industry, reducing environmental impact and making effective use of resources are important challenges. In particular, the aggregates used in civil engineering can lead to the depletion of natural resources and an increase in waste. Therefore, there is a demand for aggregates made from recycled glass. Our waste glass recycling cooperative processes waste glass with special equipment to produce aggregates that have similar properties to river sand and sea sand. This contributes to reducing the environmental impact of construction projects and helps achieve a sustainable society. 【Usage Scenarios】 - Subbase material in civil engineering - Concrete secondary products - Land development projects 【Benefits of Implementation】 - Reduction in the consumption of natural resources - Decrease in waste volume - Reduction in environmental impact

In the automotive industry, there is a demand for both improved fuel efficiency and comfort. In particular, temperature management inside the vehicle greatly affects comfort, making high insulation performance crucial. Insufficient insulation can reduce heating and cooling efficiency, potentially leading to worsened fuel economy. Our recycled glass products provide excellent insulation performance, addressing these challenges. 【Application Scenarios】 - Body insulation material for vehicles - Insulation material for engine compartments - Interior materials 【Benefits of Implementation】 - Improved fuel efficiency - Enhanced comfort of interior temperature - Reduced environmental impact

In the food industry, efforts to reduce environmental impact are being prioritized, and the recycling of containers is an urgent issue. In particular, food containers are discarded in large quantities, so effective utilization of recyclable resources is required. Our association's waste glass recycling contributes to the effective use of resources by reusing waste glass as civil engineering materials and more. 【Utilization Scenes】 * Manufacturing of food containers * Reuse of containers * Development of environmentally friendly products 【Effects of Implementation】 * Reduction of environmental impact through waste reduction * Contribution to corporate SDGs * Improvement of corporate image

In the agricultural sector, there is a constant demand for soil improvement and enhancement of plant growth environments. In particular, the need for clean and well-aerated growing media is increasing as a countermeasure against issues such as continuous cropping problems and soil diseases. Growing media made from recycled glass offers new solutions to these challenges. 【Usage Scenarios】 - Hydroponics - Seedling cultivation - Soil improvement 【Effects of Implementation】 - Reduction of soil disease risks - Promotion of root development due to improved aeration - Reduction of environmental impact

In the fisheries industry, water quality management is directly linked to catch volume and fish health, making the performance of filtration materials crucial. Particularly in aquaculture, it is essential to efficiently remove impurities from the water and maintain good water quality. Traditional filtration materials often require frequent replacement, and waste disposal can also pose challenges. Our recycled glass products address these issues by being reused as filtration materials. 【Usage Scenarios】 - Filtration systems in aquaculture - Filtration systems in aquariums - Ornamental fish breeding 【Benefits of Implementation】 - Improved water quality due to high filtration performance - Reduction of waste - Decreased environmental impact

In the medical industry, the extensive use of glass products such as test tubes has led to increased disposal costs and environmental burdens. In particular, the treatment of infectious waste incurs high costs, and the impact on the environment cannot be overlooked. Our waste glass recycling business addresses these challenges by reusing used glass products as resources. Recycling glass products, including test tubes, contributes to waste reduction and also leads to environmental conservation. 【Usage Scenarios】 - Medical institutions - Testing facilities - Research facilities 【Benefits of Implementation】 - Reduction of disposal costs - Decrease in environmental impact - Effective utilization of resources

In the cosmetics industry, the quality and safety of products are highly valued. At the same time, consideration for the environment is also required, making the use of sustainable materials essential. Recycled glass fillers can meet these needs. Our recycled glass cooperative contributes to enhancing the product value of cosmetics manufacturers by providing high-quality fillers while reducing environmental impact. 【Usage Scenarios】 - Foundation - Powder - Eyeshadow 【Benefits of Implementation】 - Reduction of environmental impact - Improvement of product sustainability - Enhancement of brand image

In the solar power generation industry, protecting solar panels is crucial. Deterioration and damage to the panels can lead to a decrease in power generation efficiency and impact long-term operational costs. The waste glass recycling business contributes to the protection of solar panels while reducing environmental impact. Our waste glass recycling products can be reused as civil engineering materials and utilized in the construction and maintenance of solar power plants. 【Usage Scenarios】 - Construction of solar power plants - Ground improvement at solar panel installation sites - Protection around solar panels 【Benefits of Implementation】 - Reduction of environmental impact - Effective use of resources - Long-term stable operation of power plants

In the construction industry and material recycling sector, effective utilization and safe handling of waste materials are required. Particularly in the recycling of materials like glass, the shape and safety after crushing are emphasized. Improper processing can threaten the safety of workers and narrow the scope for secondary use. Our "Dry Glass Recycling Crushing Device" can adjust operations according to applications and collect beads of the desired particle size. The crushed beads have no sharp edges, making them safe to use, thus contributing to material recycling at construction sites. 【Usage Scenarios】 - Processing of waste glass at construction sites - Manufacturing of recycled materials - Volume reduction of glass waste 【Benefits of Implementation】 - Generation of highly safe crushed beads - Recycling with particle sizes tailored to applications - Promotion of effective utilization of waste glass

In the automotive industry, the reuse of parts requires safe and efficient material processing. Particularly in the recycling process, the quality of the material after processing greatly influences the scope of reuse. Improper processing can lead to material degradation and secondary issues. Our dry glass recycling crushing equipment can adjust operations according to applications and collect beads of the desired particle size. This enables a stable supply of high-quality materials in the recycling process of automotive parts. 【Usage Scenarios】 - Recycling of automotive glass - Reuse of other glass components - Improvement of recycled material quality 【Benefits of Implementation】 - Generation of highly safe recycled materials - Expansion of the range of reusable materials - Increased efficiency of the recycling process

In the electronic equipment industry, the recovery of materials requires the efficient and safe separation and recovery of useful materials from used products. Particularly in the reuse of glass components, the safety of the beads after crushing and the removal of foreign substances (such as caps and labels) are crucial. Improper processing can lead to a decline in the quality of recovered materials and a decrease in work efficiency in subsequent processes. Our dry glass recycling crushing equipment addresses these challenges and supports high-quality glass recycling. 【Usage Scenarios】 - Processing of waste glass from electronic equipment manufacturing lines - Glass material recovery at recycling facilities - Crushing and separation of glass components 【Benefits of Implementation】 - Generation of highly safe crushed beads - Increased efficiency through automatic separation of caps and labels - Capability to handle materials other than glass (such as ceramics and molten slag)

In the glass manufacturing industry, the stable supply of raw materials and quality control are extremely important. Particularly when using recycled glass as a raw material, contamination and variations in particle size can affect product quality. Additionally, safe handling is required. Our "Dry Glass Recycling Crushing Equipment" can adjust operations according to applications and collect beads of the desired particle size. The beads after crushing have no sharp edges and can be used safely. Furthermore, crowns, caps, and labels are automatically separated and collected, which can enhance the purity of the raw materials. 【Usage Scenarios】 - Pre-treatment of raw materials in glass manufacturing - Effective utilization of recycled glass - Supply of glass raw materials with uniform particle size 【Benefits of Implementation】 - Improvement in raw material quality and stable supply - Realization of a safe working environment - Promotion of recycled glass utilization

In the chemical industry, the additive production process requires uniformity and safety of raw materials. Particularly when using glass-derived raw materials, their particle size and shape can significantly affect the quality of the final product. Improperly shaped raw materials may lead to decreased reaction efficiency and safety issues during handling. Our dry glass recycling crushing equipment can adjust operations according to application needs and collect beads of the desired particle size. This enables the supply of safe crushed beads without sharp edges, suitable for additive production. 【Usage Scenarios】 - Production of additives from glass raw materials - Effective utilization of recycled glass - Supply of raw materials with uniform particle size 【Benefits of Implementation】 - Stabilization of the additive production process - Safe handling of raw materials - Effective use of recycled resources

In the building materials industry, effective utilization of waste glass to produce high-quality aggregates requires stable quality and safety. In particular, the strength and uniformity of the aggregates are crucial factors that directly affect the performance of the final product. Additionally, preventing foreign matter contamination during the processing stage and achieving efficient recycling are also challenges. Our "Dry Glass Recycling Crushing Equipment" can adjust operations according to the application, allowing for the stable collection of aggregates with the desired particle size. The beads produced after crushing have no sharp edges and can be used as safe aggregates. Furthermore, foreign materials such as crowns, caps, and labels are automatically separated and collected, contributing to the production of high-quality aggregates. 【Usage Scenarios】 - Conversion of waste glass into aggregates - Production of glass beads as raw materials for building materials - Improvement of the quality of recycled materials 【Benefits of Implementation】 - Stable supply of safe aggregates - Increased efficiency of the recycling process - Contribution to the improvement of the quality of building materials products

In the water treatment industry, materials used as filtration media require uniform particle size and safety. In particular, improving filtration efficiency and ensuring safety during the handling of filtration media are important challenges. Inappropriate materials can lead to decreased filtration performance and pose risks to worker safety. Our dry glass recycling crushing equipment can adjust operations according to applications and collect beads of the desired particle size. The crushed beads have no sharp edges, making them safe to use. Crowns, caps, and labels are automatically separated and collected, reducing the burden of post-processing. 【Usage Scenarios】 - Manufacturing filtration media from glass recycling - Processing waste glass into safe materials - Streamlining the removal of caps and labels 【Benefits of Implementation】 - Stable supply of high-safety filtration media - Effective utilization of recycled materials - Increased efficiency in the manufacturing process

In the abrasive materials industry, uniform particle size and high safety of abrasive particles are required. Particularly, the shape of the abrasive particles is crucial for efficient processing without damaging the workpiece. Improperly shaped abrasive particles can lead to processing defects and surface damage. Our dry glass recycling crushing equipment can adjust operations according to applications and collect beads of the desired particle size. The generated crushed beads have no sharp edges and can be used safely. Additionally, foreign materials such as caps and labels are automatically separated and collected, allowing for the acquisition of high-purity abrasive material raw materials. 【Usage Scenarios】 - Production of abrasive particles from glass raw materials - Production of abrasive material raw materials from ceramics and molten slag - Primary crushing of recycled glass 【Benefits of Implementation】 - Stable supply of safe abrasive particles - Reduction of foreign material removal efforts - Production of abrasive material raw materials from diverse materials

In the paint and ink industry, materials with uniform particle size and high safety are required as alternatives to pigments. The characteristics of the materials are particularly important as they influence the quality of the paint and the printability of the ink. The use of inappropriate materials can affect the finish and durability of the products. Our dry glass recycling crushing equipment can adjust operations according to applications and collect beads of the desired particle size. The crushed beads have no sharp edges and can be safely utilized, making them suitable for use as a pigment alternative. 【Usage Scenarios】 - Use as a pigment alternative in paints - Use as an additive in inks - Development of new applications for recycled glass products 【Benefits of Implementation】 - Provision of high-safety materials - Quality improvement through particle size adjustment - Effective utilization of recycled resources

In the agricultural sector, sustainable soil improvement is being sought. In particular, to enhance the fertility of farmland and promote crop growth, it is essential to utilize materials that improve the physical and chemical properties of the soil. However, conventional materials have posed challenges in terms of handling difficulties and safety concerns. Our dry glass recycling crushing equipment safely and efficiently recycles glass, generating materials that can be used for soil improvement. [Usage Scenarios] - Reusing glass waste as soil improvement material - Improving the physical properties of farmland - Enhancing drainage and aeration [Effects of Implementation] - Reducing environmental impact - Lowering soil improvement costs - Promoting crop growth

In the intermediate processing of the recycling industry, efficient and safe raw material handling is required. Particularly in glass recycling, preventing contamination and ensuring the safe handling of materials after processing are crucial. Our dry glass recycling crushing equipment allows for operational adjustments based on application and the collection of beads with the desired particle size, achieving safe intermediate processing. 【Usage Scenarios】 - Intermediate processing of glass bottles, ceramics, and molten slag - Automatic separation and collection of caps and labels - Generation of glass beads with the desired particle size 【Benefits of Implementation】 - Improved safety (crushed beads without sharp edges) - Enhanced work efficiency (automatic separation of caps and labels) - Compatibility with various materials (usable beyond just glass) - System selection based on processing capacity

In the waste management industry, reducing the volume of waste materials is an important challenge. In particular, glass waste is bulky, making efficient processing necessary. Our dry glass recycling crushing equipment crushes glass into beads of the desired particle size, significantly reducing its volume and contributing to the efficiency of waste processing. 【Usage Scenarios】 - Volume reduction of glass waste - Pre-treatment of recycling materials - Processing of ceramics and molten slag 【Benefits of Implementation】 - Reduction of processing costs due to decreased waste volume - Increased recycling rates - Improved efficiency of workspace

In the construction industry, the processing and recycling of waste materials generated on-site have become important issues. In particular, there is a demand for the efficient crushing of hard materials such as bricks, tiles, and concrete blocks to make them reusable. If the crushing of these materials is insufficient, it may lead to increased processing costs and difficulties in securing space on-site. Our crushing machine, the "Super Crusher," meets the needs of construction sites and streamlines the crushing of materials on-site. 【Usage Scenarios】 - Crushing of waste materials (bricks, tiles, concrete blocks, etc.) at construction sites - Primary crushing of materials at demolition sites - Crushing before input to recycling plants 【Benefits of Implementation】 - Reduction of processing costs through volume reduction of waste materials - Effective use of on-site space - Improvement of recycling rates

In mining, it is essential to efficiently process the extracted ore and reduce it to a size suitable for the next stage. In particular, crushing hard ores and lump minerals to a stable particle size is crucial for improving productivity. Inadequate crushing can lead to increased burden on subsequent processes and a decline in product quality. The crusher "Super Crusher" reliably crushes ore into fine particles, allowing for the continuous production of uniform products. [Usage Scenarios] - Primary crushing of ore - Size adjustment before the beneficiation process - Reuse of tailings [Effects of Implementation] - Efficient ore processing - Reduced burden on subsequent processes - Assurance of stable product particle size

In the recycling industry, reliable crushing capability is essential for efficiently separating and processing a variety of materials. Particularly, to extract useful materials from mixed waste, it is important to reduce the target objects to a uniform size. Inadequate crushing can make material separation in subsequent processes difficult, potentially leading to a decrease in recycling rates. Our "Super Crusher" reliably crushes bricks, tiles, blocks, and other materials, assisting in material separation. 【Application Scenarios】 - Recycling of construction waste - Recycling of glass and ceramics - Processing of minerals and slag 【Benefits of Implementation】 - Improved efficiency of material separation work - Increased recycling rates - Reduced processing burden in subsequent stages

In the agricultural sector, the processing of post-harvest residues and unwanted materials can be a challenge. Particularly, to promote composting, it is important to finely crush these waste materials and make them easier to decompose. However, conventional processing methods can be time-consuming and labor-intensive. Our "Super Crusher" efficiently crushes bricks, tiles, blocks, and other materials, supporting the composting process. 【Usage Scenarios】 - Fine crushing of crop residues - Crushing of unwanted materials (plastics, wood, etc.) - Preprocessing to promote composting 【Benefits of Implementation】 - Improved efficiency of composting - Labor-saving in waste processing - Promotion of resource recycling

In the food processing industry, uniform shredding of raw materials affects product quality and manufacturing efficiency. Particularly when handling various types of raw materials, appropriate processing according to their physical properties is required. Uneven shredding can lead to increased losses during processing and variability in the final product. Our crusher, the "Super Crusher," accommodates diverse raw materials and achieves stable shredding processing. 【Usage Scenarios】 - Primary crushing of food ingredients - Reduction of food waste volume - Processing of recycled materials 【Benefits of Implementation】 - Improved quality through uniform shredding of raw materials - Enhanced processing efficiency - Reduction in waste disposal costs

In the wood processing industry, efficient chipping is required for the effective utilization and recycling of waste materials. Particularly when handling large timber or materials that may contain foreign substances, stable crushing capability and processing speed are crucial. Our "Super Crusher" addresses these challenges in the wood chipping process and supports stable production. 【Application Scenarios】 - Chipping of waste wood - Preprocessing of recycled materials - Waste processing within factories 【Benefits of Implementation】 - Reduction of waste volume - Improved recycling efficiency - Reduction of workspace requirements

In the chemical industry, uniform particle size management of raw materials is crucial in the intermediate production process. Uneven raw materials can lead to decreased reaction efficiency and variations in quality. Therefore, a process for crushing raw materials to an appropriate size is essential for producing intermediates of stable quality. Our crusher, the "Super Crusher," efficiently crushes a variety of minerals and slags, contributing to the stabilization of the intermediate production process. 【Application Scenarios】 - Crushing of raw materials such as ores, slags, and ferroalloys - Primary crushing of recycled materials like glass and ceramics - Crushing of construction by-products such as concrete debris 【Benefits of Implementation】 - Improved reaction efficiency in the intermediate production process - Uniformity and stabilization of product quality - Reduction in raw material processing time

In the pharmaceutical industry, uniform crushing of raw materials is crucial for the extraction of active ingredients derived from natural sources. If the size of the raw materials is uneven or the crushing is insufficient, it may affect the extraction efficiency of the components. Additionally, there are often situations that require working in limited spaces and accommodating diverse raw materials. Our "Super Crusher" efficiently crushes various raw materials, supporting the stabilization and efficiency improvement of the component extraction process. 【Usage Scenarios】 - Primary crushing of natural raw materials - Preprocessing of pharmaceutical raw materials - Sample crushing during research and development stages 【Benefits of Implementation】 - Improved extraction efficiency of components - Reduced processing time - Effective use of workspace

In the waste management industry, there is a demand for waste volume reduction to achieve cost savings in processing and improve transportation efficiency. In particular, the crushing of bulky materials such as tiles, bricks, and concrete blocks is crucial for efficient volume reduction. Inadequate crushing can lead to increased storage space pressure and higher processing costs. Our crusher, the "Super Crusher," provides efficient crushing solutions to address these challenges. 【Usage Scenarios】 - Waste processing from construction and demolition sites - Intermediate processing at recycling plants - Crushing operations in confined spaces 【Benefits of Implementation】 - Significantly reduces waste volume, lowering storage and transportation costs - Improves work efficiency through enhanced processing capacity - Accommodates a variety of waste types, meeting a wide range of needs

In the paper industry’s recycling process, the crushing of foreign materials is required. Particularly, to enhance recycling efficiency, it is important to crush various materials into uniform sizes. If the crushing of foreign materials is insufficient, it may lead to a decline in the quality of recycled paper or a halt in the manufacturing line. Our "Super Crusher" efficiently crushes foreign materials such as tiles, bricks, and concrete pieces that may be contained in waste paper. This facilitates a smooth recycling process and supports the production of high-quality recycled paper. 【Usage Scenarios】 - Crushing of foreign materials in waste paper pulp production lines - Improvement of recycled paper quality - Stable operation of manufacturing lines 【Benefits of Implementation】 - Reduction of line stoppage risks due to foreign materials - Stabilization of recycled paper quality - Improvement of work efficiency

In the rubber industry, the manufacturing process of reclaimed rubber requires crushing raw rubber products and waste materials into uniform sizes, which is essential for improving quality and efficiency. In particular, contamination and uneven crushing can affect the performance of reclaimed rubber. Our "Super Crusher" contributes to efficiently grinding rubber products and waste materials to obtain stable quality reclaimed rubber raw materials. 【Usage Scenarios】 - Crushing of waste tires, rubber hoses, rubber sheets, etc. - Reuse of scraps and defective products in the rubber manufacturing process - Primary and secondary crushing of reclaimed rubber 【Benefits of Implementation】 - Improved quality of reclaimed rubber - Increased efficiency of the manufacturing process - Cost benefits from waste reduction