川田工業 List of Products and Services

Utilizing the features of our system construction, we have installed a 2.8t ceiling crane while achieving a large span of 30m. By pursuing economical design for the column pitch in the longitudinal direction of the building, we have secured a spacious interior while also realizing low costs. The roof is made of double-folded panels, and glass wool is used for the exterior walls, particularly considering the working environment in high-temperature and high-humidity conditions during the summer. Additionally, skylights have been incorporated into the roof, actively bringing in natural light during the day to reduce electricity costs. Construction Location: Hashimoto City, Wakayama Prefecture Building Use: Machinery Parts Manufacturing Factory (Bearing Manufacturing) Building Size: Steel structure, 2 stories, 11,123.28 square meters (3,364 tsubo) Completion: November 2021 *You can view the case materials from the <PDF download>. For details of the system, please refer to the "One Stop System Construction Introduction Materials."

• Facility Design

Our company is engaged in "One Stop System Construction," which provides warehouses and factories with short construction periods and low costs through the standardization of component shapes, dimensions, and joining methods, as well as the systematization of processes. We can accommodate designs tailored to the size of the building, load conditions, and other requirements, offering facilities that support both columned and column-free structures, multi-story buildings, as well as temperature and humidity-controlled environments such as low-temperature, refrigerated, frozen, and low-humidity facilities. We can also provide buildings equipped with electric shutters and fumigation chamber specifications. Construction Location: Toyama City, Toyama Prefecture Building Use: Commercial Warehouse Building Size: Steel structure, single-story, 7,901 square meters Completion: June 2021 *You can view case materials from the "PDF Download." For details about the system, please refer to the "One Stop System Construction Introduction Materials."

• Facility Design

Our company is engaged in "One Stop System Construction," which provides warehouses and factories in a short construction period and at low cost by standardizing the shapes, dimensions, and joining methods of components and systematizing the processes. We can accommodate designs tailored to requests such as building sizes and load conditions, and we offer facilities that support columned and column-free structures, multi-level designs, as well as temperature and humidity management for low-temperature, refrigerated, frozen, and low-humidity environments. Additionally, we can provide buildings equipped with electric shutters and fumigation chamber specifications. 【Construction Examples (Excerpt)】 ■ Refrigerated and Frozen System Construction (Meat Processing Center, Multi-Temperature Zone Center) ■ Low-Temperature System Construction (Fruits and Vegetables Distribution Center, Rice Warehouse) ■ Other System Constructions (Two-Story Drinking Water Logistics Center, Fumigation Chamber Logistics Center) *You can view case materials from the <PDF Download>. For details about the system, please refer to the "One Stop System Construction Introduction Materials."

• Facility Design

Our system construction allows for the selection of suitable roofs, walls, and structures based on the intended use and size of factories and warehouses, as well as regional environmental factors. This enables us to achieve shorter construction periods and lower costs. Furthermore, our system buildings do not have intermediate columns. By combining wall materials (J. Wall, K. Wall) that boast self-supporting strength with "Z-shaped battens" that allow for overlapping joints, we have eliminated intermediate columns and reduced the weight of the steel framework, resulting in further cost reductions. In addition, the wall materials themselves possess sufficient strength to be self-supporting, eliminating the need for temporary scaffolding, among other various features. 【Features】 ■ Roofs, walls, and structures can be selected according to purpose and use ■ Cost reduction through reduced steel framework usage ■ Adoption of roofing and wall materials with exceptional durability ■ No need for temporary scaffolding *For more details, please refer to the PDF materials or feel free to contact us.

• Systems Architecture

Here is a case study of a project completed by Kawada Industries. The "Mitsufuji Fukushima Factory" is a manufacturing facility for wearable IoT devices. With an overwhelming large space and a combination of design and system architecture, it responds to the improvement of the production environment. The factory also features a 400m running track and spacious corridors. 【Project Details】 ■ Mitsufuji Fukushima Factory (Kawamata Town, Fukushima Prefecture) Manufacturing facility for wearable IoT devices ■ Client: Mitsufuji Co., Ltd. ■ Design: MA Partners Co., Ltd. ■ Construction: Kawada Industries Co., Ltd. *For more details, please refer to the PDF document or feel free to contact us.

• Systems Architecture
• Spatial Design

Our company specializes in the design and construction of "large space system buildings," which are in high demand in factories and logistics centers. Through thorough lightweight and standardized building materials, we can realize large-scale constructions at reasonable costs and within short delivery times. The "Kawada Industrial System Building" offers high flexibility in layout and can meet a wide range of needs, providing total services from proposal to design, construction, and maintenance. Additionally, a special website for Kawada Industrial System Building & Eco Research Institute has been launched! 【Features】 ■ Proposing building plans tailored to land shape ■ Achieving high quality, low cost, and short construction periods ■ A one-stop system building where everything is entrusted to us ■ Equipment provision that matches logistics manufacturers and environmental facilities is also possible *You can download the case study collection from "PDF Download." Feel free to contact us for inquiries. Specific inquiries can also be accommodated through online meetings.

• Unit and other construction
• Systems Architecture

Kawata Industrial Co., Ltd. Construction Division is engaged in the construction of hospitals, offices, and apartment buildings, as well as the design and construction of special buildings. We have evolved the system construction method introduced from the United States to build large space production and logistics facilities, and we also offer environmental products such as greening and geothermal heat pump systems. As experts in steel and bridges, we provide comprehensive services from proposal to design, construction, and after-sales maintenance to meet the diverse needs of our customers. 【Business Items】 ■ Design, manufacturing, and construction of various structures such as bridges, pre-beams, steel frames, and steel towers ■ Design and construction of civil engineering, architecture, and system construction ■ Design, manufacturing, and installation of various machinery and equipment ■ Buying, selling, brokering, leasing, and managing real estate ■ Dispatch business for specific workers *For more details, please download the PDF or feel free to contact us.

• Architectural design office
• Bridge Construction

We will introduce examples of "system construction" that allow for the selection of suitable roofs, walls, and structures based on the purpose and size of factories and warehouses, as well as regional environments, achieving short construction periods and low costs. In a warehouse, office, and training center (Chiba Prefecture), automatic racks are installed inside the warehouse, and solar panels are planned to be installed on the roof for future use. An office building is also attached, and the building features a spacious warehouse equipped with a crane training facility. 【Construction Example】 ■ Completion Date: March 2013 (Heisei 25) ■ Location: Chiba Prefecture ■ Total Floor Area: 7,206 m² (2,179.82 tsubo) *For more details, please download the PDF or feel free to contact us.

• Systems Architecture

Based on the purpose, size, and regional environment of factories and warehouses, it is possible to select suitable roofs, walls, and structures, achieving short construction periods and low costs. Here, we introduce a case study of "system construction." The low-temperature logistics warehouse in Tottori Prefecture is divided into four sections: chilled, partial, frozen, and dry, making it a logistics center that can flexibly respond to customer needs. 【Construction Case Study】 ■ Completion Date: September 2012 ■ Location: Tottori Prefecture ■ Total Floor Area: 2,491 m² (753.53 tsubo) *For more details, please download the PDF or feel free to contact us.

• Systems Architecture

We will introduce examples of "system construction" that allow for the selection of suitable roofs, walls, and structures based on the intended use, size, and regional environment of factories and warehouses, achieving short construction periods and low costs. At a logistics center in Saitama Prefecture, a two-story high-floor steel structure has been built with platforms on both sides in the direction of the beams for the loading and unloading of products. 【Construction Example】 ■ Completion Date: November 2011 ■ Location: Saitama Prefecture ■ Total Floor Area: 16,694 m² (5,049.93 tsubo) *For more details, please download the PDF or feel free to contact us.

• Systems Architecture

We will introduce examples of "system construction" that allow for the selection of suitable roofs, walls, and structures based on the purpose and size of factories and warehouses, as well as regional environments, achieving short construction periods and low costs. In a processing factory located in Tochigi Prefecture, K. Wall was adopted. The design accommodates a ceiling-mounted crane and allows for expansion in the gable direction. This factory manufactures "precision drawn steel pipes" and "roller cores for OA equipment." 【Construction Example】 ■ Completion Date: June 2012 (Heisei 24) ■ Location: Tochigi Prefecture ■ Total Floor Area: 1,287.0 m² (389.31 tsubo) *For more details, please download the PDF or feel free to contact us.

• Systems Architecture

We will introduce construction examples of "system buildings" that allow for the selection of suitable roofs, walls, and structures based on the purpose and size of factories and warehouses, as well as regional environmental factors, achieving short construction periods and low costs. In a hazardous materials warehouse located in Chiba Prefecture, spank concrete was used for the exterior walls of four types of four hazardous materials warehouses. 【Construction Example】 ■ Completion Date: August 2014 ■ Location: Chiba Prefecture ■ Total Floor Area: 1,451 m² (438.92 tsubo) *For more details, please download the PDF or feel free to contact us.

• Systems Architecture

Based on the intended use, size, and regional environment of factories and warehouses, it is possible to select suitable roofs, walls, and structures, achieving short construction periods and low costs. Here, we introduce a construction example of "system architecture." In a sales office store located in Osaka Prefecture, boltless corrugated panels were used for the walls as a countermeasure against salt damage. After completion, a sorter for collection and delivery is placed in the center of the building, allowing for construction in a column-free space. 【Construction Example】 - Completion Date: October 2014 - Location: Osaka Prefecture - Total Floor Area: 2,991 m² (904.77 tsubo) *For more details, please download the PDF or feel free to contact us.

• Systems Architecture

We will introduce examples of "system construction" that allow for the selection of suitable roofs, walls, and structures based on the purpose and size of factories and warehouses, as well as regional environments, achieving short construction periods and low costs. The Class 1 warehouse located in Ibaraki Prefecture was developed on a site with significant elevation differences, starting from the construction phase. The eaves are 10 meters high, and the area beneath the eaves is finished with concrete flooring. The interior of the warehouse was designed to ensure an economical space without waste by calculating the height of the cargo in advance, and it was tailored to meet customer needs with vertical conveyors and elevators. 【Construction Example】 ■ Completion Date: October 2017 (Heisei 29) ■ Location: Ibaraki Prefecture ■ Total Floor Area: 6,876.48 m² (2,080 tsubo) *For more details, please refer to the PDF document or feel free to contact us.

• Systems Architecture

Based on the intended use, size, and regional environment of factories and warehouses, it is possible to select suitable roofs, walls, and structures, achieving short construction periods and low costs. Here, we introduce a case study of "system construction." In a Type 1 warehouse located in Aichi Prefecture, our "two-story system" achieved a large open space without intermediate columns. 【Construction Case Study】 ■ Completion Date: January 2017 ■ Location: Aichi Prefecture ■ Total Floor Area: 21,686.29 m² (6,560 tsubo) *For more details, please refer to the PDF document or feel free to contact us.

• Systems Architecture

We will introduce examples of "system construction" that allow for the selection of suitable roofs, walls, and structures based on the purpose and size of factories and warehouses, as well as regional environmental factors, achieving short construction periods and low costs. The distribution center located in Akita Prefecture is situated in the harsh wind conditions of Akita Port. To accommodate loading and unloading, a 13-meter eave (canopy) was installed. 【Construction Example】 ■ Completion Date: December 2014 ■ Location: Akita Prefecture ■ Total Floor Area: 4,621 m² (1,398.06 tsubo) *For more details, please refer to the PDF document or feel free to contact us.

• Systems Architecture

We will introduce examples of "system construction" that allow for the selection of suitable roofs, walls, and structures based on the purpose and size of factories and warehouses, as well as regional environmental factors, achieving short construction periods and low costs. In a commercial warehouse located in Saga Prefecture, a large open space without columns has been realized inside the warehouse, allowing for flexible layout of stored items. Additionally, the roof and exterior walls are insulated (with glass wool), and air conditioning equipment is fully equipped, enabling management of temperature and humidity. 【Construction Example】 ■ Completion Date: November 2015 (Heisei 27) ■ Location: Saga Prefecture ■ Total Floor Area: 6,260 m² (1,893.91 tsubo) *For more details, please refer to the PDF document or feel free to contact us.

• Systems Architecture

We will introduce examples of "system construction" that allows for the selection of suitable roofs, walls, and structures based on the purpose and size of factories and warehouses, as well as regional environments, achieving short construction periods and low costs. At a food logistics center in Saitama Prefecture, the structure was divided into a warehouse building and an office building using EXP.J, with only the warehouse building adopting system construction. The exterior walls used corrugated sheets, and the warehouse entrance was equipped with an electric heavy-duty shutter and a sheet shutter measuring W=6.0m and H=5.0m. 【Construction Example】 ■ Completion Date: March 2010 (Heisei 22) ■ Location: Saitama Prefecture ■ Total Floor Area: 1,560m2 (472 tsubo) *For more details, please refer to the PDF materials or feel free to contact us.

• Systems Architecture

We will introduce examples of "system construction" that allow for the selection of suitable roofs, walls, and structures based on the purpose and size of factories and warehouses, as well as regional environmental factors, achieving short construction periods and low costs. The logistics center located in Ibaraki Prefecture consists of two buildings: Building A (45.2m × 159.2m, 8 sections) and Building B (45.2m × 119.6m, 6 sections), which are classified as Type 1 commercial warehouses and an office building. Since the warehouse handles cargo that includes designated flammable materials, partition walls that meet the provisions of Article 8 of the Fire Service Act Enforcement Order were installed, allowing for the storage of the maximum quantity of designated materials. 【Construction Example】 - Completion Date: April 2009 (Heisei 21) - Location: Ibaraki Prefecture - Total Floor Area: 14,633 m² (4,426.61 tsubo) *For more details, please refer to the PDF materials or feel free to contact us.

• Systems Architecture

We will introduce examples of "system construction" that allow for the selection of suitable roofs, walls, and structures based on the purpose, size, and regional environment of factories and warehouses, achieving short construction periods and low costs. In Ibaraki Prefecture, we carried out the construction of a new warehouse in the owner's site operating yard for a logistics center. This is our first fumigation chamber (Special A specification) using system construction. The exterior wall material is corrugated sheet, and the substructure material is C-shaped purlins. There are two parallel main warehouse buildings. A single-story break room building was placed under the eaves of the existing warehouse. 【Construction Example】 ■ Completion Date: January 2008 (Heisei 20) ■ Location: Ibaraki Prefecture ■ Total Floor Area: 8,870 m² (2,683.18 tsubo) *For more details, please refer to the PDF document or feel free to contact us.

• Systems Architecture

We will introduce a case study of "system construction," which allows for the selection of suitable roofs, walls, and structures based on the purpose and size of factories and warehouses, as well as regional environmental factors, achieving short construction periods and low costs. The logistics center located in Chiba Prefecture is adjacent to an existing warehouse that we constructed three years ago. It is a three-story building with a length of 59.3m and a width of 32.9m. The exterior wall material used is ALC, and the steel frame construction was carried out at our Tochigi factory. It primarily handles fertilizers and synthetic resins, and all internal areas are equipped with loading skids. 【Construction Case Study】 ■ Completion Date: March 2007 (Heisei 19) ■ Location: Chiba Prefecture ■ Total Floor Area (for both buildings): 11,699m2 (3,540 tsubo) *For more details, please refer to the PDF document or feel free to contact us.

• Systems Architecture

We will introduce examples of "system construction" that allow for the selection of suitable roofs, walls, and structures based on the purpose and size of factories and warehouses, as well as regional environments, achieving short construction periods and low costs. The wood precut factory located in Miyagi Prefecture is a simple facility that employs clear spans. It has been finished as a stylish factory with a white base. 【Construction Example】 ■ Completion Date: September 2014 (Heisei 26) ■ Location: Miyagi Prefecture ■ Total Floor Area: 1,267 m² (383.26 tsubo) *For more details, please refer to the PDF materials or feel free to contact us.

• Systems Architecture

We will introduce examples of "system construction" that allow for the selection of suitable roofs, walls, and structures based on the intended use, size, and regional environment of factories and warehouses, achieving short construction periods and low costs. The rack manufacturing factory located in Fukushima Prefecture is a single-story building constructed in a heavy snowfall area (with snow accumulation of 90 cm). By incorporating truss structures into part of the framework, it achieves a large open space while also reducing weight. 【Construction Example】 - Completion Date: March 2013 (Heisei 25) - Location: Fukushima Prefecture - Total Floor Area: 3 buildings, 41,349 m² (12,508 tsubo) - Obtained "ABINC Certification" (factory considering biodiversity) - "2015 Good Design Award" (Exterior wall material: J-Wall) *For more details, please refer to the PDF document or feel free to contact us.

• Systems Architecture

We will introduce construction examples of "system buildings" that allow for the selection of suitable roofs, walls, and structures based on the intended use, size, and regional environment of factories and warehouses, achieving short construction periods and low costs. In a precut lumber factory located in Shizuoka Prefecture, a truss structure was adopted for the roof framework, achieving a spacious large space of (60m + 45m) with only one middle column over a span of 105m in the gable direction. The steel columns are painted a vibrant red, while the beams are a refreshing blue (the image color of Polatec). Combined with the simple truss structure, this creates a bright and light image. 【Construction Example】 - Completion Date: January 2013 (Heisei 25) - Location: Shizuoka Prefecture - Total Floor Area: 15,227.54 m² (4,606.33 tsubo) *For more details, please refer to the PDF document or feel free to contact us.

• Systems Architecture

We will introduce examples of "system construction" that allow for the selection of suitable roofs, walls, and structures based on the purpose and size of factories and warehouses, as well as regional environments, achieving short construction periods and low costs. In a wood precutting factory located in Ibaraki Prefecture, a truss structure was adopted for the roof framework, creating a spacious large space with a span of 90 meters in the gable direction and only one middle column (54m + 36m). This design offers high layout flexibility and has been well received by clients. The steel frame features a vibrant red color for the columns and a refreshing blue color (the image color of Polatech) for the beams. Combined with the simple truss structure, it results in a bright and light image. 【Construction Example】 ■ Completion Date: July 2005 (Heisei 17) ■ Location: Ibaraki Prefecture ■ Total Floor Area: 26,550.0 m² (8,031 tsubo) *For more details, please refer to the PDF materials or feel free to contact us.

• Systems Architecture

We will introduce a construction case of "system architecture" that allows for the selection of suitable roofs, walls, and structures based on the purpose and size of factories and warehouses, as well as the regional environment, achieving short construction periods and low costs. In a car parts factory located in Ibaraki Prefecture, K. Wall was used for the exterior wall material, and galvanized steel sheet folding material was adopted for the roof. The interior wall material was finished with calcium silicate board. Since the construction was adjacent to an operating factory, it required the utmost care. Despite the complexity of creating an underground pit (machine pit) in the center of the building alongside the construction of the building itself, a short construction period of six months was achieved. 【Construction Case】 ■ Completion Date: January 2009 (Heisei 21) ■ Location: Ibaraki Prefecture ■ Total Floor Area: 1326.96 m² (401 tsubo) *For more details, please refer to the PDF materials or feel free to contact us.

• Systems Architecture

Our company has grown into an enterprise that can proudly boast of its technology and quality, as well as numerous achievements that will be passed down to future generations, having overcome many challenges across generations. We are promoting our steel structure business, which has developed from metal processing technology and its surrounding technologies, including bridges and architectural steel frames, as well as our construction business derived from these products and services, and further advancing our regionally rooted Hokuriku business. Under our management philosophy of "Creating a safe and comfortable living environment," we are not merely pursuing scale expansion but leveraging the diversity of our technologies and products since our founding. We aim to be a company that is needed by society for the next 100 years through safer and more environmentally friendly products and services in various growing markets around the world, and we will continue to make further efforts. 【Business Activities】 ■ Steel Structure Business ■ Construction Business ■ Hokuriku Business *For more details, please refer to the PDF document or feel free to contact us.

• Bridge Construction
• Systems Architecture
• Other construction services

The Steel Structure Division is engaged in the fabrication and erection of high-quality steel structures. We have participated in numerous big projects in recent years, including some of the world's largest suspension bridges, such as the Akashi Kaikyō Bridge, which boasts one of the longest spans, and the New Tacoma Narrows Bridge (United States), as well as large truss bridges like the Taiwan High-Speed Rail C250 section and the Tokyo Gate Bridge. 【Features】 ■ Composite structures ■ Efforts to extend the lifespan of bridges ■ Overseas bridges ■ Engineering management *For more details, please refer to the PDF materials or feel free to contact us.

• Bridge Construction
• Systems Architecture
• Other construction services

The Steel Structure Division is involved in the production and erection of high-quality steel structures. We have participated in numerous iconic high-rise building projects in Japan. We possess a high level of technology for steel structures and are expanding the possibilities for increasingly advanced and larger buildings. Additionally, we operate under a consistent system from the drafting of production drawings to factory production and erection work. 【Features】 ■ Comprehensive management system for steel frame construction ■ Large space structural technology ■ Steel frame production system *For more details, please refer to the PDF materials or feel free to contact us.

• Bridge Construction
• Systems Architecture
• Other construction services

In the construction division, we achieve high-quality, low-cost, and short-term buildings through thorough labor-saving and systematization. Our design utilizes steel structure technology to provide column-free spaces, allowing for flexible layouts of production machinery and equipment. Additionally, experts from various fields will handle everything from design that enhances the space to maintenance after completion. 【Features】 ■ System-built low-rise and multi-story buildings ■ Large space technology ■ Total service ■ Challenge to possibilities ■ Realization of buildings incorporating natural energy and environmentally related products *For more details, please refer to the PDF materials or feel free to contact us.

• Bridge Construction
• Systems Architecture
• Other construction services

This document is a collection of construction examples from Kawada Industries Co., Ltd., which engages in the design and manufacturing of various structures such as bridges, pre-beams, steel frames, and steel towers, as well as the design and construction of civil engineering, architecture, and system buildings. It includes numerous construction examples of public facilities and educational research facilities, such as community centers, research institutes, and police stations, as well as office buildings, medical facilities, hotels, temples and shrines, condominiums and residences, factories, and warehouses/logistics centers. [Contents] ■ Public facilities and educational research facilities ■ Office buildings ■ Medical and welfare facilities ■ Hotels, wedding venues, and recreational facilities ■ Temples and shrines, etc. *For more details, please refer to the PDF document or feel free to contact us.

• Bridge Construction
• Systems Architecture
• Other construction services

With the diversification of industries, industrial buildings such as warehouses and factories frequently undergo layout changes and must be adaptable for future use changes. Our company has evolved the system construction introduced from the United States to realize spacious layouts at reasonable costs. By combining our unique Z-shaped purlins with self-supporting exterior wall materials, we can provide open spaces with fewer interior columns and posts. <Columned Space> Achieving Infinite Building Area This space is designed with the minimum necessary columns to meet customer needs, aimed at improving productivity. A truss structure is adopted for the roof framework, creating an economical space. <Column-Free Space> A Sense of Openness with Maximum Span of 60m This is a large space designed with a rational economic layout, free of interior columns, and with minimal environmental impact. *For more details, please refer to the materials. Feel free to contact us with any inquiries.

• Systems Architecture

Our company achieves rational and economical design through thorough lightweighting and standardization of building materials. As an industrial building, we provide "the creation of universal value" that will continue to exist for decades into the future. 【Features】 <Custom Design> ■ We realize large-scale buildings with appropriate span calculations and excellent cost performance. ■ You can choose from two frame selections. <Low Price & High Quality> ■ We offer high-quality products at low prices through the standardization of building materials. <Short Construction Period> ■ We achieve excellent cost performance with a speedy construction system. ■ No temporary scaffolding is required. *For more details, please refer to the materials. Feel free to contact us as well.

• Systems Architecture

By adopting system construction, we can propose the efficiency of logistics and production facilities, including lifting machinery equipment for the second floor. Additionally, the second floor offers a user-friendly space with fewer columns. We respond to the diversifying architectural needs. 【Features】 ■ By adopting system construction, the interior of the second floor can be transformed into a cost-effective, column-free large space. ■ We can propose the efficiency of logistics and production facilities. ■ Attention to the layout of lifting machinery equipment. ■ Office and management room layouts can also be freely planned and proposed. *For more details, please refer to the materials. Feel free to contact us as well.

• Systems Architecture

Our company, engaged in the design and construction of civil engineering, architecture, and system architecture, offers a variety of "building accessories." We have a wide range of products, including roof-related items such as "Type II corrugated panels" and "skylights," exterior wall-related products like "K. Wall" and "J. Wall," as well as opening-related items such as "sheet shutters" and "over sliders." 【Product Lineup】 ■ Roof ■ Exterior Wall ■ Openings ■ Eaves ■ Waist Walls, etc. *For more details, please refer to the materials. Feel free to contact us with any inquiries.

• Systems Architecture

Our company collaborates and partners with comprehensive logistics manufacturers to provide equipment tailored to your needs from a rich lineup. We will solve your logistics-related concerns with our unique "Logistics Solutions." 【Partial Lineup】 ■ Goods Shelves ■ Logistics Information Management ■ Industrial Racks ■ Mobile Shelves ■ System Module Racks ■ Automated Storage Systems ■ Tag Management *For more details, please refer to the materials. Feel free to contact us as well.

• Systems Architecture

"Midori-chan" is a greening system that effectively utilizes rainwater and does not require watering under typical Japanese weather conditions. It adopts a natural circulation method that filters rainwater and stores clean water. This not only eliminates the hassle of watering but also reduces water bills and labor costs. It can be widely applied to rooftops, walls, bridges, railways, and planters, allowing for the planting of grass as well as low to medium-sized shrubs. 【Features】 ■ Prevents root rot due to an appropriate air layer ■ Eco-system using recycled materials ■ Significantly reduces water and electricity bills ■ No need for constant use even when equipped with irrigation devices ■ Easy installation, shortened construction period, and modular design allowing for partial replacement *For more details, please refer to the materials. Feel free to contact us with any inquiries.

• Wall and rooftop greenery

"GEOneo" is an efficient air conditioning system that utilizes a constant geothermal heat source for heating and cooling throughout the year. It operates on a heat pump mechanism that exchanges heat with groundwater or the ground, using a "closed type" system where a heat-collecting fluid circulates through buried heat exchange pipes, and an "open type" system that exchanges heat by extracting and discharging heat from pumped groundwater. 【Features】 ■ Utilizes geothermal heat sources for heating and cooling ■ Energy-saving compared to air heat ■ Effective in reducing CO2 emissions as it does not use fossil fuels ■ Cost reduction possible if groundwater or hot springs can be utilized ■ Registered in the Environmental Technology Demonstration Project for Environmental Awards Heat Island Countermeasure Technology Field [Demonstration Number: 052-1101] *For more details, please refer to the materials. Feel free to contact us with any inquiries.

• Air conditioning equipment
• Heating and cooling equipment and facilities
• Cooling system

Our company provides total support for the introduction of "solar power generation systems." Additionally, we handle everything from the design to the construction of system buildings, so you can confidently leave the selection of solar panel manufacturers and the construction to us. Solar panels have a heat insulation effect, and by installing them, the surface temperature of standing seam roofs, which can exceed 60°C in summer, can be reduced by 10°C to 30°C, contributing to energy savings during air conditioning. [Features] ■ Effective for energy savings during air conditioning in summer due to heat insulation effect ■ Suitable for system buildings ■ Can be installed on walls as well *For more details, please refer to the materials. Feel free to contact us with any inquiries.

• Solar System Solar Module
• Photovoltaic power generation system (solar system, energy-saving housing, electricity sales business)

"Eco Mall" is an underground water storage tank made of precast PC that protects cities and people from flooding. Thanks to its pin-insert structure, it allows for easy construction and shortens the construction period, while significantly reducing the number of components compared to conventional methods. By skipping column spans, the obstruction rate of water by columns is minimized, enabling efficient water storage. [Features] ■ Can accommodate complex shapes by combining three spans ■ Compact yet has a large water storage capacity ■ Wide column spacing allows for cleaning with small machinery ■ Earthquake resistance that can withstand Level 2 earthquakes ■ Obtained construction technology review certification [Construction Technology Review Certificate No. 0407] *For more details, please refer to the materials. Feel free to contact us with any inquiries.

• Flood prevention facilities, fire tanks, and flood control ponds
• Rainwater infiltration facilities

The "Solar Power Generation Self-Consumption Plan" is a solar power generation system that consumes all the generated electricity within its own facilities without selling it. If the solar power generation is less than 50kW (low pressure), there is no obligation to appoint a chief electrical engineer. If a solar power generation facility (50kW) is installed, it corresponds to a reduction of CO2 equivalent to "2,863 trees" when calculated using beech trees. 【Benefits of Solar Power Generation Systems】 ■ By introducing a solar power generation system, it is possible to continuously generate electricity at the same cost. ■ With self-consumption, the amount of generated electricity leads to a decrease in demand values, which helps reduce basic charges. ■ It is also possible to apply for solar power generation equipment as "green space replacement (environmental equipment)" by utilizing building rooftops. ■ Subsidies for solar power generation projects, which are currently on the decline, are available for "self-consumption types." ■ There are also records of projects utilizing the above subsidies from the previous fiscal year. *For more details, please refer to the PDF materials or feel free to contact us.

• Photovoltaic power generation system (solar system, energy-saving housing, electricity sales business)

The geothermal heat pump air conditioning system "GEOneo" is a system that possesses the technology to transfer heat from low-temperature areas to high-temperature areas. Conventional air conditioning systems use outside air as a heat source, which causes heat radiation from outdoor units to contribute to the urban heat island effect. By utilizing geothermal energy, there is no heat radiation from outdoor units, and compared to air heat, the load on the heat pump is reduced, making it possible to reduce electricity consumption for air conditioning by approximately 40-60%. [Advantages of Geothermal Heat] ■ Energy-saving effects ■ Reduction of CO2 emissions ■ Lower running costs ■ Mitigation of the heat island phenomenon ■ CSR benefits ■ Utilization of subsidies for the introduction of renewable energy *For more details, please refer to the PDF materials or feel free to contact us.

• others

"Eco Mall" is a precast PC underground water storage tank designed to temporarily store rainwater underground during heavy rainfall to mitigate flooding damage. The installation of underground water storage tanks is highly effective as a flood prevention measure. 【Features】 ■ Factory precast - Achieves spans of 10m, 7.5m, and 5m, and can be combined to accommodate complex shapes. ■ Fitting pin structure - The fitting pin structure allows for easy construction and short construction periods. - Significantly reduces the number of components compared to traditional methods. ■ Compact yet high storage capacity - The obstruction rate of water by columns is minimized, allowing for efficient water storage. - When calculated from the storage capacity, the structure is very compact. - Reduces total costs related to land preparation, excavation, and maintenance. ■ Compatible with level 2 earthquakes. *For more details, please refer to the PDF document or feel free to contact us.

• others

The "Hyper Brace" is a high-performance, aesthetically pleasing buckling-restrained brace for seismic and vibration control, composed of a "core material" that bears axial loads and a "restraining material" that prevents buckling. It does not buckle under compressive axial loads and exhibits high deformation capacity and stable hysteresis characteristics in both tension and compression. 【Aesthetic Features】 ■ Slim appearance ■ Horizontal arrangement that appears narrow ■ Specification of the cross-sectional shape of the restraining material and the core material - Restraining material cross-section: Aspect ratio can be adjusted by increasing the width of the core material : Shapes prioritized for aesthetics (such as square) can be specified - Core material shape: Can choose between "straight type" and "widened type" according to purpose *For more details, please refer to the PDF document or feel free to contact us.

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"Midori-chan" effectively utilizes a natural circulation system that filters and stores rainwater, making it a greening system that does not require watering under typical Japanese weather conditions. Not only does it eliminate the hassle of watering, but it also reduces water bills and labor costs. 【Features】 - Rainwater is "filtered" through soil and recycled charcoal, storing clean water. - When the soil and recycled charcoal dry out, the charcoal absorbs moisture from the air layer. - Stored water and soil are separated by an "air layer," preventing root rot in plants. - Under Japan's climate, watering is generally unnecessary, significantly reducing water and electricity costs. - Even with an irrigation system installed, it allows for efficient water use in a low-irrigation greening method. - A planet-friendly system that uses recycled materials. *For more details, please refer to the PDF document or feel free to contact us.

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