Glass Foam Business Cooperative List of Products and Services

We would like to introduce a case of construction work for disaster recovery using Super Sol conducted by our company. To proceed with the construction quickly, it is essential to ensure timely delivery of materials, transportation to the site, constructability, material costs, and stable supply of materials. "Super Sol" can reduce costs when combined with crushed stone (such as excavated soil). It can be constructed using standard earthwork procedures, contributing to a shortened construction period. We have examples of disaster recovery construction, tsunami evacuation road widening projects, and mixed lightweight soil and sandwich-type construction. Please take a look at our catalog. 【Benefits】 - Shortened construction period (no curing time required) - Proven case studies in disaster recovery construction - Very lightweight with a unit weight of 4 kN/m³, allowing adjustments to 11 kN/m³ when combined with crushed stone, etc. - Can be constructed using standard earthwork procedures, contributing to a shortened construction period - Shipping available from 18 factories nationwide, from Hokkaido to Okinawa *For more details, please download the PDF or feel free to contact us.

• Paving Materials

"Super Sol" is a lightweight material recycled from glass bottles and other sources. It is an artificial pumice made by crushing and sintering waste glass into irregular granules with a particle size of 2 to 75 mm. Utilizing its characteristics such as lightweight, permeability, water retention, non-combustibility, and thermal insulation, it is used in a wide range of applications including civil engineering, greening, agriculture, water purification, and insulation. In particular, the "Glass Foam Recycled Material - Super Sol" as a civil engineering material has a unit weight of about 4 kN/m3, which is approximately one-fifth that of conventional fill materials, making it very lightweight. When this lightweight fill material is used on soft ground, it allows for the construction of embankments without the need for foundation improvement, which can be economically advantageous. [We are currently offering a catalog of products by application as a gift!] - Lightweight fill material "Super Sol L2" - Greening material "Super Sol L1" - Agricultural material "Super Sol L1" - Purification material "Super Sol L2・L4" ★ Eco Mark certified, with registration records in NETIS! NETIS: QS-980235 (old registration) Eco Mark certification number: 08131005 *For more details, please download the catalog. Feel free to contact us with any inquiries.

• Lightweight embankment material

"Super Sol" is a lightweight material recycled from glass bottles and other sources. It is an amorphous, gravel-like artificial pumice made by crushing and sintering waste glass into particles ranging from 2 to 75 mm in size. Composed of soil components, it is environmentally friendly and can control specific gravity and water absorption rate according to its intended use. Utilizing features such as lightweight, permeability, water retention, non-combustibility, and thermal insulation, it is used in a wide range of applications including civil engineering, greening, agriculture, water purification, and insulation. 【We are currently offering a catalog of products by application as a gift!】 ■ Lightweight fill material "Super Sol L2" ■ Greening material "Super Sol L1" ■ Agricultural material "Super Sol L1" ■ Purification material "Super Sol L2・L4" ★ Eco Mark certified and registered with NETIS! NETIS: QS-980235 (old registration) Eco Mark certification number: 08131005 *For more details, please download the catalog. Feel free to contact us with any inquiries.

• Lightweight embankment material

"Super Sol" is a lightweight material recycled from glass bottles and other sources. It is an amorphous, gravel-like artificial pumice made by crushing and sintering waste glass into particles ranging from 2 to 75 mm in size. Composed of soil components, it is environmentally friendly and allows for control of specific gravity and water absorption rate according to its intended use. Utilizing its characteristics such as lightweight, permeability, water retention, non-combustibility, and thermal insulation, it is used in a wide range of applications including civil engineering, greening, agriculture, water purification, and insulation. 【We are currently offering a catalog of products by application as a gift!】 ■ Lightweight fill material "Super Sol L2" ■ Greening material "Super Sol L1" ■ Agricultural material "Super Sol L1" ■ Purification material "Super Sol L2・L4" ★ We will be exhibiting at the "2023 Global Warming Prevention Exhibition/NEW Environmental Exhibition"! Dates: May 24 (Wednesday) to May 26 (Friday), 2023 10:00 AM to 5:00 PM (until 4:00 PM on the last day) Venue: Tokyo Big Sight, Ariake, East Exhibition Hall 5 Booth No: Q502 *For more details, please download the catalog. Feel free to contact us with any inquiries.

• Lightweight embankment material

We would like to introduce a construction case study of the artificial lightweight material "Super Sol," made from crushed and sintered waste glass, used as a raised sidewalk material. This is part of the renovation work at Kasai Rinkai Park in Edogawa Ward, Tokyo. The project aims to make the central promenade and fountain plaza accessible for the canoe slalom venue for the Tokyo 2020 Olympics. Super Sol, which is lightweight and has excellent drainage properties, was used as a raising material for areas affected by ground subsidence. The upper layer of Super Sol consists of a base layer made of recycled crusher run, recycled graded crushed stone, and the paving material is reused existing natural stone paving. For more details, please contact us or download the catalog.

• Lightweight embankment material
• Road construction
• Paving of sidewalks, roads, parking lots and stadiums

The method of using Super Sol as a lightweight material by mixing it with excavated soil, inexpensive purchased soil, crushed stone, etc., is called "mixed lightweight soil." 【Features / Benefits】 - Lightweight (suppresses settlement, reduces earth pressure, etc.) - The soil properties of the mixed soil (density, strength, permeability, etc.) can be adjusted according to the mixing ratio. - Easy to construct (can be implemented using conventional earthwork procedures and construction machinery) - Consideration for the global environment - Cost reduction in materials. Reduction in the amount of lightweight material used by utilizing excavated soil and inexpensive crushed stone. - Reduction in disposal costs for surplus soil through effective use of locally generated excavated soil. - In 2019, a JIS standard was established for "glass foam recycled materials." (JIS Z 7313) - NETIS (New Technology Information System) Lightweight embankment material "Super Sol" Registration number QS-980235 Registration period 1999.02.09 to 2011.3.31 Listing ended due to expiration of the period. * The Glass Foam Material Business Cooperative obtained the Qualified Union Certification for Public Procurement on April 16, 2020. This has established a responsibility system and quality control for "Super Sol," enhancing its public nature. ● For more details, please contact us or download the catalog to view.

• Lightweight embankment material

"Super Sol," a lightweight foamed material made from recycled glass. Its features include being inorganic, porous, lightweight, water-retentive, drainage-capable, non-combustible, and resistant to chemicals, making it a very manageable material. By adjusting the types of bubbles during production, it can be tailored to meet specific performance and weight requirements for various applications. Additionally, it can be combined with various materials to create new products. [Examples of Applications] ◎ Lightweight Fill (Civil Engineering)… Lightweight fill material, backfill for retaining walls, subsurface drainage material, elevation material, etc. ◎ Greening… Inorganic soil amendment, oxygen pipes, rooftop greening materials, artificial lightweight soil. ◎ Agriculture… Inorganic soil amendment, subsurface drainage material, artificial lightweight soil, mulching material, solution cultivation. ◎ Purification… Rainwater retention systems, artificial wetland systems, water quality purification materials, aquarium filtration materials. ◎ Multipurpose… Crime prevention, weed control gravel, road repair materials, soil deodorization, stone wash. *For more details, please refer to the materials. We are also looking for new applications for this product. Please share your ideas through the inquiry form.

• Soil improvement material

We would like to introduce a case study of the construction using the artificial lightweight material "Super Sol," which is made from crushed and sintered waste glass. The site had poor drainage, and even after paving, water would seep up, causing repeated subsidence. In the construction of a new road, Super Sol, which is lightweight and has good drainage properties, was chosen for the subgrade replacement work. The thickness of the Super Sol installation is approximately 1.7 meters. After the installation, no subsidence like before has been observed, and it is now being used as a comfortable road. 【Construction Case Study】 - Project Details: National Subsidy Road Intersection Improvement Paving Work - Usage Category: Civil Engineering / Lightweight Fill / Subgrade Replacement - Client: Ibaraki Prefecture - Construction Location: Ryugasaki City, Ibaraki Prefecture - Required Performance: Lightweight, Soil Pressure Reduction, Drainage For more details, please contact us or download the catalog.

• Road construction
• Lightweight embankment material
• Drainage material

We would like to introduce a construction case study of the artificial lightweight material "Super Sol," made from crushed and sintered waste glass, used in the "Tsunami Evacuation Road Widening Project." In this disaster prevention project, a narrow coastal road was widened to serve as a tsunami evacuation route, and Super Sol was adopted as backfill material for the retaining wall. The lightweight Super Sol was effective in reducing soil pressure, allowing for a thinner retaining wall. Due to the narrow and nearly vertical construction site, the material could be lifted and placed in bags, making the construction process very easy, which received positive feedback. 【Construction Case Study】 - Project Details: Improvement work on City Road No. 3225 - Usage Category: Civil Engineering / Backfill for Structures / Retaining Wall - Client: Hitachi City - Construction Location: Hitachi City, Ibaraki Prefecture - Required Performance: Lightweight, Soil Pressure Reduction, Workability For more details, please contact us or download the catalog.

• Road construction
• Lightweight embankment material

We would like to introduce a case study of the construction of a road widening project on a steep slope using "Super Sol," an artificial lightweight material made from crushed and sintered waste glass. Super Sol was used as backfill material for a reinforced soil wall (wire wall) in the road widening project on a steep slope. A two-lane widened road was constructed on a hillside that had collapsed due to the Great East Japan Earthquake. 【Construction Case Study】 ○ Project Details: Improvement work on Municipal Road (Asa) No. 2-11 ○ Usage Classification: Civil Engineering / Backfill for Structures / Reinforced Soil Wall ○ Client: Nakagawa City ○ Construction Location: Nakagawa City, Ibaraki Prefecture ○ Required Performance: Lightweight and reduced earth pressure ● For more details, please contact us or download the catalog.

• Road construction
• Lightweight embankment material

"Super Sol L2" is a lightweight material made from recycled glass. It is used on-site for various applications aimed at reducing soil pressure, such as backfill for embankments and fill material over underground structures. With a specific gravity of 0.4 to 0.5, it is lightweight, being 1/5 to 1/7 the weight of ordinary soil, and can be handled similarly to regular soil without the need for curing. It also offers high versatility, allowing use in uneven terrains and narrow spaces, significantly improving workability and contributing to shortened construction periods. The raw material is natural waste glass bottles. It is a safe and reliable material that has high safety standards for the surrounding environment and meets soil environmental criteria. 【Features】 - Irregular gravel with countless holes, particle size ranging from 2 to 75 mm - Easy installation through leveling and compaction - Registered with NETIS (registration period until March 2011) - Eco Mark certified product - Patent obtained and trademark registered ★ A collection of construction case studies is currently available! You can view it immediately from "Download"! ★

• Reinforced earth wall
• Aggregates and crushed stone
• Road construction

■ Super Soil L1 is a lightweight greening material with a specific gravity of 0.25 to 0.5. ■ It is available in adjusted particle sizes, with small (4 to 15 mm) and medium (15 to 25 mm) types. ■ When mixed with soil, it does not compact, allowing for the creation of a granular soil structure suitable for root development. ■ Being porous, it has good air permeability, water permeability, and nutrient retention, which helps plant growth. ■ When used as a drainage substrate or as bottom stones in pots, it is effective in preventing root rot. ■ It can be packed into a water-permeable tubular non-woven fabric and used as an oxygen pipe in planting projects. ■ It is made of a hard material, so it does not crush and its effectiveness lasts. ■ Its lightweight nature makes it suitable for greening on rooftops and balconies with load restrictions. □ For more details, please contact us or download the catalog.

• Soil improvement material
• Aggregates and crushed stone
• Other civil engineering works

■ The porous super soil is ideal for microbial habitats. ■ Organic matter is decomposed and accumulated through the action of microorganisms. ■ It is used as a filtration material for aquariums. ■ The effects are long-lasting, and it maintains water quality, reducing the effort required for water changes by half. ■ There is no degradation of the material, and it does not break. ■ It can be used as a filling material for rainwater retention systems. Since the stored rainwater can maintain its quality without circulation, it can be installed at a low cost, and running costs can be minimized. ■ It can be used as a lightweight floating material for dairy wastewater. It can purify high-concentration organic wastewater mixed with manure and milk to a level suitable for river discharge. 〇 For more details, please contact us or download the catalog.

• Various blocks

■ Super Sol L1 is a lightweight material with a specific gravity of 0.25 to 0.5. ■ It is available in different particle sizes: medium (15-25 mm), small (4-15 mm), and sand-like (less than 4 mm). ■ Being porous, when mixed with inorganic soil improvement materials, it enhances aeration, drainage, and water retention, leading to increased yields. ■ It is suitable for agricultural subsurface drainage materials, and its effectiveness and yield increase have been confirmed. ■ By mixing it with soil to lighten the soil, it can be used for high-rise cultivation, making work easier. □ For more details, please contact us or download the catalog.

• Soil improvement material

We would like to introduce a case study of the construction of the artificial lightweight material "Super Sol," made from crushed and sintered waste glass, in the context of "lightweight embankment measures for soft ground countermeasures." This project involved embankment work associated with the construction of a new road. As a countermeasure for soft ground, it was necessary to lighten the embankment for the protection of box culverts and to address differential settlement, leading to the use of the environmentally friendly material Super Sol. Width: Approximately 15-27m, Length: Approximately 47m, Embankment height: Approximately 6m, including behind the bridge abutment. 【Construction Case Study】 - Project Details: National Route 9, Shichiyama Bypass Iwami IC Second Improvement Work - Usage Category: Civil Engineering / Behind Bridge Abutment / Roadbed - Client: Ministry of Land, Infrastructure, Transport and Tourism, Chugoku Regional Development Bureau - Construction Location: Iwami County, Tottori Prefecture - Required Performance: Lightweight, Strength, Soil Pressure Reduction For more details, please contact us or download the catalog.

• Road construction
• Lightweight embankment material
• Ground improvement materials

We would like to introduce a construction case study of the artificial lightweight material "Super Sol," made from crushed and sintered waste glass. To reduce differential settlement, the embankment was changed from soil to Super Sol. Super Sol was adopted to facilitate the maintenance of existing buried pipes (gas and water pipes) under the bridge approach road, allowing for repeated backfilling after excavation. 【Construction Case Study】 - Project Description: Bridge maintenance work (tentative name) Hiroshimaken Kure City Hiro Daini Ohashi, left bank approach road - Usage Category: Civil engineering / Lightweight embankment / Underground buried objects - Client: Kure City - Construction Location: Kure City, Hiroshima Prefecture - Required Performance: Lightweight, strength, soil pressure reduction For more details, please contact us or download the catalog.

• Soil improvement material
• Road construction
• Ground improvement materials

We would like to introduce a case study of the construction using the artificial lightweight material "Super Sol," which is made by crushing and sintering waste glass to create a foamed glass lightweight material. In the road elevation work of an existing road, lightweight fill material was used for the purpose of protecting the drainage channel on the roadside. Although it was replaced with EPS, there were buried pipes, and for their maintenance, Super Sol, which can be excavated, was used on top of the EPS. 【Construction Case Study】 - Project Details: Fukuyama Onomichi Line Road Improvement Project - Usage Category: Civil Engineering / Lightweight Fill / Subgrade / Maintenance of Buried Pipes - Client: Hiroshima Prefecture - Construction Location: Onomichi City, Hiroshima Prefecture - Required Performance: Lightweight, Reduced Soil Pressure, Re-excavatable For more details, please contact us or download the catalog.

• Road construction
• Lightweight embankment material
• Ground improvement materials

We would like to introduce a case study of the construction of "Super Sol," an artificial lightweight material made from crushed and sintered waste glass, used for ground subsidence prevention measures and roadbed lightweighting. Due to the weak ground, there was a need for roadbed lightweighting, and it was adopted as fill material for the slope of the access road to the bridge. Super Sol, which can be excavated again later for the installation of pipes, was used. By using Super Sol, which does not require the pouring of concrete slabs, early lane switching was made possible while changing lanes to the left and right during construction. 【Construction Case Study】 ○ Project Details: Road improvement paving work on the Ibaraki Prefectural Road Ishikawa-Dafushi-Tsuchiura Line ○ Usage Classification: Civil Engineering / Lightweight Fill / Roadbed ○ Client: Ibaraki Prefecture ○ Construction Location: Ishikawa City, Ibaraki Prefecture ○ Required Performance: Lightweight, reduced earth pressure, shortened construction period ● For more details, please contact us or download the catalog.

• Road construction
• Lightweight embankment material
• Ground improvement materials

We would like to introduce a case study of the construction of "Super Sol," an artificial lightweight material made from crushed and sintered waste glass, specifically for filling the gaps above EPS. In the road widening project, EPS (expanded polystyrene) was used. Lightweight Super Sol was adopted as the filling material for the gaps between the installed EPS and the subgrade. 【Construction Case】 ○ Project Details: Yaskikikushi Line Satokata District Comprehensive Grant (Improvement) Project ○ Application Category: Civil Engineering / Lightweight Fill / Subgrade / EPS Gap Filling Material ○ Client: Shimane Prefecture ○ Construction Location: Unnan City, Shimane Prefecture ○ Required Performance: Lightweight, Workability, Strength ● For more details, please contact us or download the catalog.

• Road construction
• Reinforced earth wall
• Lightweight embankment material

We would like to introduce a case study of the construction of "Super Sol," an artificial lightweight material made from crushed and sintered waste glass, used as a raising material in kitchens. In road widening construction, lightweight fill materials are typically not used behind precast L-shaped retaining walls. However, due to occurrences of overturning on soft ground, Super Sol lightweight fill material was adopted as a countermeasure. After construction, there were no instances of overturning or sinking. 【Construction Case Study】 - Project Details: FY 2009 Improvement Bond No. 6 Road Repair Work - Usage Category: Civil Engineering / Backfill for Structures / Retaining Walls - Client: Oita Prefecture - Construction Location: Hita City, Oita Prefecture - Required Performance: Lightweight and reduced earth pressure For more details, please contact us or download the catalog.

• Soil improvement material
• Road construction
• Lightweight embankment material

We will introduce a construction case study of the artificial lightweight material "Super Sol," made from crushed and sintered waste glass. Improvement work on National Route 2. Super Sol, which can reduce weight, was used as the infill material for the U-shaped retaining wall. Lightweight materials were considered to reduce the load on the underground passage and waterway crossing under the national road. Initially, another material was planned for use, but due to concerns about dissolution from leaks of gasoline and other substances, Super Sol, which is inorganic and less susceptible to degradation from heat and oil, was adopted. 【Construction Case Study】 - Project Details: Improvement work in the Monzen area of National Route 2 - Application Category: Civil Engineering / Structural Backfill / Retaining Wall / Roadbed - Client: Ministry of Land, Infrastructure, Transport and Tourism, Kinki Regional Development Bureau - Construction Location: Tatsuno City, Hyogo Prefecture - Required Performance: Lightweight, load reduction, heat and oil resistance For more details, please contact us or download the catalog.

• Road construction
• Lightweight embankment material
• Ground improvement materials

We would like to introduce a case study of the construction of "Super Sol," an artificial lightweight material made by crushing and sintering waste glass into a foamed state, used as backfill material for block walls. In the auxiliary work of bridge construction, Super Sol, which has high permeability, was applied as river embankment material. It was used as backfill material for block masonry. In some areas, a lightweight mixed soil (60% Super Sol and 40% soil) was used for construction. 【Construction Case Study】 - Project Details: Auxiliary work for the Goro Fureai Bridge improvement - Usage Category: Civil Engineering / Backfill for Structures / Retaining Walls - Client: Mizuho City - Construction Location: Mizuho City, Gifu Prefecture - Required Performance: Lightweight and reduced earth pressure For more details, please contact us or download the catalog.

• Road construction
• Lightweight embankment material
• Ground improvement materials

We would like to introduce a case study of the artificial lightweight material "Super Sol," made from crushed and sintered waste glass, used as backfill for a retaining wall in a steep slope. It was used beneath an observation deck overlooking the dam. It was adopted as backfill for the retaining wall in the steep slope to reduce soil pressure. Due to the narrow V-shaped terrain, the use of gravel-like Super Sol improved workability. 【Construction Case Study】 - Project Details: Improvement work for the left bank plaza of the Muromi Dam - Application Category: Civil Engineering / Structure Backfill / Retaining Wall - Client: Japan Water Agency - Construction Location: Uda City, Nara Prefecture - Required Performance: Lightweight, soil pressure reduction, workability For more details, please contact us or download the catalog.

• Soil improvement material
• Other civil engineering works
• Lightweight embankment material

We would like to introduce a case study of the construction of the artificial lightweight material "Super Sol," made from crushed and sintered waste glass, used as backfill for a retaining wall in a narrow site. In the road expansion project, Super Sol was used beneath the sidewalk. It was adopted as backfill material to reduce soil pressure in the V-shaped narrow section (less than 1 meter) between the existing stone masonry and the retaining wall (H-shaped steel). 【Construction Case Study】 ○ Project Details: City Road Hisasue No. 30 Protective (Retaining Wall) Construction ○ Usage Category: Civil Engineering / Structure Backfill / Retaining Wall ○ Client: Kawasaki City ○ Construction Location: Kawasaki City, Kanagawa Prefecture ○ Required Performance: Lightweight, Soil Pressure Reduction, Workability ● For more details, please contact us or download the catalog.

• Soil improvement material
• Road construction
• Lightweight embankment material

We would like to introduce a construction case of the artificial lightweight material "Super Sol," made from crushed and sintered waste glass. It was used as backfill for the soil reinforcement in the Tail Arm method on the bypass road of National Route 10 in Miyakonojo. Due to the structure being on soft ground, there was a need for lightweight materials. After comparing with other lightweight fill materials, it was adopted for its optimal lightness, ease of construction, and manageable properties. 【Construction Case】 ○ Project Details: Miyazaki Route 10 Hiratsuka-Nakahara District Improvement Project ○ Usage Category: Civil Engineering / Backfill for Structures / Reinforced Earth Walls ○ Client: Ministry of Land, Infrastructure, Transport and Tourism, Kyushu Regional Development Bureau ○ Construction Location: Miyazaki Prefecture, Miyakonojo City ○ Required Performance: Lightweight and reduced earth pressure ● For more details, please contact us or download the catalog.

• Soil improvement material
• Road construction
• Lightweight embankment material

We will introduce a construction case study of the artificial lightweight material "Super Sol," made from crushed and sintered waste glass. This is the improvement work at the Ono-me intersection in Yamagata City along National Route 13, which serves as a major artery in the inland areas of Yamagata and Akita Prefectures. To alleviate traffic congestion, an elevated structure was constructed using reinforced earth walls (Taille Armé), with Super Sol adopted as the backfill material. It was used extensively across three construction zones (Saoitome area, Nakakawahara area, and Hozumi area) for the roadbed and subgrade. 【Construction Case Study】 - Project Details: Improvement work on National Route 13 - Usage Classification: Civil Engineering / Backfill for Structures / Reinforced Earth Walls / Roadbed and Subgrade - Client: Ministry of Land, Infrastructure, Transport and Tourism, Tohoku Regional Development Bureau - Construction Location: Yamagata City, Yamagata Prefecture - Required Performance: Lightweight and reduced earth pressure For more details, please contact us or download the catalog.

• Road construction
• Lightweight embankment material
• Ground improvement materials

We would like to introduce a construction example of the artificial lightweight material "Super Sol," which is made by crushing and sintering waste glass to create a foamed glass material. This example pertains to the use of Super Sol as backfill material for the tailing wall method. It was adopted as backfill material for the road construction for dam management. Due to the presence of an existing retaining wall at the lower part of the construction site, Super Sol was used to reduce soil pressure. Additionally, because of the steep slope, a lightweight fill with good drainage properties was required. 【Construction Example】 - Construction Details: Road construction for management in the Hirasawa area - Use Classification: Civil Engineering / Lightweight Fill & Structural Backfill / Roadbed & Reinforced Soil Wall - Client: Ministry of Land, Infrastructure, Transport and Tourism, Kanto Regional Development Bureau - Construction Location: Nikko City, Tochigi Prefecture - Required Performance: Lightweight, soil pressure reduction, drainage For more details, please contact us or download the catalog.

• Soil improvement material
• Road construction
• Lightweight embankment material

We would like to introduce a construction case study of the artificial lightweight material "Super Sol," made from crushed and sintered waste glass, used as backfill for reinforced earth walls (geogrids). Super Sol was utilized as backfill material for the reinforced earth wall (geogrid) in a road widening project on a steep slope. Due to insufficient bearing capacity of the ground in the widened area, lightweight Super Sol was adopted in sections where the fill thickness was significant. 【Construction Case Study】 ○ Project Details: Inari River Road Widening Project ○ Application Category: Civil Engineering / Backfill for Structures / Reinforced Earth Wall ○ Client: Ministry of Land, Infrastructure, Transport and Tourism, Kanto Regional Development Bureau ○ Location: Nikko City, Tochigi Prefecture ○ Required Performance: Lightweight and reduced earth pressure ● For more details, please contact us or download the catalog.

• Soil improvement material
• Road construction
• Lightweight embankment material

We would like to introduce a case study of the construction of the artificial lightweight material "Super Sol," made from crushed and sintered waste glass. This case involves the use of L2 and L4 behind a retaining wall. Super Sol was adopted for the access road (sidewalk) of the bridge. Considering the impact of water, Super Sol L4 with a specific gravity of 1.1 was laid below the high water level, while Super Sol L2 with a specific gravity of 0.4 was used above the high water level, utilizing a two-layer system. 【Construction Case Study】 - Project Details: Nago Castle Park Stream Square Pedestrian Bridge Improvement Project - Usage Category: Civil Engineering / Lightweight Fill Structure Backfill / Roadbed Retaining Wall - Client: Okinawa Prefecture - Construction Location: Nago City, Okinawa Prefecture - Required Performance: Lightweight, Soil Pressure Reduction, Strength For more details, please contact us or download the catalog.

• Soil improvement material
• Aggregates and crushed stone
• Road construction

We would like to introduce a case study of the construction using "Super Sol," an artificial lightweight material made from crushed and sintered waste glass, as backfill material for a seawall. In the coastal protection project, Super Sol L4, which has a specific gravity of 1.1 and is lighter than gravel or crushed stone but sinks in water, was adopted. Initially, other lightweight fill materials that sink in water were included in the design, but Super Sol was chosen due to its ease of compaction and resistance to material change, based on its slaking rate and crushing characteristics. 【Construction Case Study】 - Project Details: Nago Fishing Port - 4.5m Seawall Improvement Project - Usage Category: Civil Engineering / Structural Backfill / Seawall - Client: Okinawa Prefecture - Construction Location: Nago City, Okinawa Prefecture - Required Performance: Lightweight and reduced earth pressure For more details, please contact us or download the catalog.

• Soil improvement material
• Harbor Construction
• Lightweight embankment material

We would like to introduce a case study of the construction of the artificial lightweight material "Super Sol," made from crushed and sintered waste glass, used for oxygen pipes and drainage bases. In the landscaping work for the hotel garden, Super Sol L1 medium grain was adopted for the drainage base material and oxygen pipes. Due to the clayey ground at the construction site, which has very poor drainage, measures were necessary. During the transplantation of a 10-meter-high Himalayan cedar, a drainage layer was created at the base, and nine oxygen pipes were installed. The air permeability and drainage have improved, and the progress is favorable. 【Construction Case Study】 - Project Details: Hotel Okura Frontier Hotel Tsukuba Annex Plaza Construction - Usage Classification: Greening / Oxygen Pipe Drainage Base / Below Planting - Client: Private - Construction Location: Tsukuba City, Ibaraki Prefecture - Required Performance: Air permeability, drainage, strength For more details, please contact us or download the catalog.

• Soil improvement material
• Aggregates and crushed stone
• Planting work

We would like to introduce a case study of the artificial lightweight material "Super Sol," made from crushed and sintered waste glass, used for rainwater retention in schoolyards. The rainwater retention system utilizing Super Sol can maintain water quality without circulating the stored rainwater, allowing for low-cost installation and reduced running costs. It is used for irrigation of plantings on a daily basis and can be utilized as emergency water during disasters, contributing to the conservation of water resources. This project was completed through the Ministry of Land, Infrastructure, Transport and Tourism's "Frontier Project by Construction Companies." 【Case Study】 - Project Details: Greenery project with Super Sol water retention function at Furukawa Elementary School, Naha City - Usage Category: Purification / Rainwater retention tank filling material / Schoolyard greening - Client: Ministry of Land, Infrastructure, Transport and Tourism - Location: Naha City, Okinawa Prefecture - Required Performance: Porous / Corrosion suppression For more details, please contact us or download the catalog.

• Soil improvement material
• Aggregates and crushed stone
• Rainwater infiltration facilities

We would like to introduce a case study of the construction of an artificial wetland using the lightweight material "Super Sol," which is made from crushed and sintered waste glass. This system, developed through a collaboration between industry, academia, and government by the National Agriculture and Food Research Organization, purifies high-concentration organic wastewater mixed with manure and milk from dairy farms to a level suitable for river discharge. Super Sol is used as a lightweight floating material on the surface of the wetland. It prevents clogging and provides insulation, allowing for wastewater treatment to begin immediately after installation. 【Construction Case Study】 - Project Details: Purification of dairy wastewater using a subsurface flow reed bed artificial wetland - Application Category: Dairy farming / Lightweight floating material / Parlor wastewater purification - Client: Private sector - Construction Location: Bekkai Town, Hokkaido - Required Performance: Porous, lightweight, and insulating For more details, please contact us or download the catalog.

• Soil improvement material
• Aggregates and crushed stone
• Other civil engineering works

We would like to introduce a case study of the installation of the artificial lightweight material "Super Sol," made from crushed and sintered waste glass, as a deodorizing material for pig farms. This system deodorizes the odors generated from pig manure processed through composting. The implementation is based on research results from the Tottori Prefectural Livestock Experiment Station. Microorganisms settle in the bubbles of Super Sol, allowing them to decompose and deodorize the odors. It is inorganic, maintains its structure over the long term, and is economical with only minimal watering and electricity costs for maintenance. The microorganisms used are sourced from the activated sludge generated in the pig farm, making it an efficient deodorization system. 【Case Study】 - Construction Details: Installation of deodorization tanks for pig farms - Usage Category: Dairy farming / Deodorizing material / Deodorization tank construction - Client: Private sector - Construction Location: Shobara City, Hiroshima Prefecture - Required Performance: Porous, inorganic, lightweight For more details, please contact us or download the catalog.

• Soil improvement material
• Aggregates and crushed stone
• others

We would like to introduce a case study of the construction of "Super Sol," an artificial lightweight material made from crushed and sintered waste glass. This material is used as a deodorizing agent for chicken coops, specifically to reduce odors in chicken manure storage areas. The implementation was based on research results from the Tottori Prefectural Livestock Experiment Station. By allowing microorganisms to settle in the bubbles of Super Sol, these microorganisms break down and deodorize the odors. It is inorganic, maintains its structure over the long term, and is economical with only minimal watering and electricity costs for maintenance. 【Construction Case Study】 - Construction Details: Installation of deodorization tank for chicken manure storage - Application Category: Dairy farming / Deodorizing material / Deodorization tank construction - Client: Private sector - Construction Location: Sera Town, Hiroshima Prefecture - Required Performance: Porous, inorganic, lightweight For more details, please contact us or download the catalog.

• Soil improvement material
• Aggregates and crushed stone
• others

We would like to introduce a case study of the construction using "Super Sol," an artificial lightweight material made from crushed and sintered waste glass. This example pertains to the installation of subsurface drainage in a schoolyard with poor drainage at a public junior high school. Super Sol was used to fill the subsurface drainage trenches, improving drainage performance. Typically, crushed stone is used around conventional drainage pipes, but Super Sol is lightweight, making it easier to work with and reducing the load on the drainage pipes. It has a particle size ranging from 2 to 75 mm and maintains high permeability even after installation, minimizing clogging and ensuring sustained drainage effectiveness. 【Construction Case Study】 - Project: Renovation of the grounds at Jonan Junior High School - Application Category: Civil Engineering / Drainage Material / Subsurface Drainage Ground Material - Client: Kurume City - Location: Kurume City, Fukuoka Prefecture - Required Performance: Drainage and Lightweight Properties For more details, please contact us or download the catalog.

• Soil improvement material
• Aggregates and crushed stone
• Other civil engineering works

We would like to introduce a case study of the construction of a ground drainage project using "Super Sol," an artificial lightweight material made from crushed and sintered waste glass. In the ground maintenance work at Okinawa Shogaku Academy, a strong high school baseball team, Super Sol was used as a subsurface drainage material. After performing the usual subsurface drainage for the baseball field, Super Sol was laid out across the entire outfield of the baseball ground. The same was done for the adjacent tennis courts. 【Construction Case Study】 - Project Details: Sports Field Maintenance Work for Shogaku Academy - Usage Category: Civil Engineering / Drainage Material / Subsurface Drainage Ground Material - Client: Private - Location: Naha City, Okinawa Prefecture - Required Performance: Drainage Capability For more details, please contact us or download the catalog.

• Soil improvement material
• Aggregates and crushed stone
• Other civil engineering works

We would like to introduce a case study of the application of "Super Sol," an artificial lightweight material made from crushed and sintered waste glass, used for soil improvement in planting work. It was utilized as a soil improvement material for low shrub azalea planting near the intersection of National Route 17 (Ageo Road). It has been adopted as an inorganic soil improvement material registered with NETIS. Compared to natural mineral foams, it produces less dust during construction, allowing work to proceed even on somewhat windy days. Due to minimal dust adhering to the eyes and skin of the workers, it received high praise for its excellent workability. 【Case Study】 - Construction Details: H22 Ageo Road Planting Work - Usage Category: Greening / Soil Improvement / Planting - Client: Ministry of Land, Infrastructure, Transport and Tourism, Kanto Regional Development Bureau - Construction Location: Saitama City, Saitama Prefecture - Required Performance: Air permeability, drainage (mixed with soil), soil hardness improvement For more details, please contact us or download the catalog.

• Soil improvement material
• Aggregates and crushed stone
• Other civil engineering works

We will introduce a case study of the construction of a truck scale on weak ground using "Super Sol," an artificial lightweight material made from crushed and sintered waste glass. In the construction of the truck scale on weak ground, the stability of the bearing capacity was insufficient as it was. As a countermeasure, ground improvement using piles and Super Sol was considered, but taking into account the cost benefits in terms of strength and workability, Super Sol was adopted. 【Construction Case Study】 - Construction Content: Truck Scale Installation - Use Category: Civil Engineering / Structural Foundation / Ground Improvement - Client: Private - Construction Location: Arakawa Ward, Tokyo - Required Performance: Lightweight and Strength For more details, please contact us or download the catalog.

• Soil improvement material
• Aggregates and crushed stone
• Other civil engineering works

We will introduce a case study of the construction of the artificial lightweight material "Glass Foam Lightweight Material 'Super Sol'," which is made by crushing and sintering waste glass. This case study pertains to disaster recovery work and the backfilling of box culverts related to the Great East Japan Earthquake. In conjunction with road pavement improvements, we aimed to reduce the weight of the backfill to alleviate the load on the box culvert. 【Construction Case Study】 ○ Project Details: National Disaster No. 23-71-506-0-008 Road (North 5, North 8) Disaster recovery and ground improvement work ○ Usage Classification: Civil Engineering / Structural Protection / Existing Structures ○ Client: Ibaraki Prefecture ○ Construction Location: Naka District, Ibaraki Prefecture ○ Required Performance: Lightweight and load reduction For more details, please contact us or download the catalog.

• Soil improvement material
• Aggregates and crushed stone
• Road construction

We will introduce a case study of the construction of the artificial lightweight material "Super Sol," which is made by crushing and sintering waste glass to create a lightweight aggregate. This case involves the lightweighting of the rooftop of a water distribution facility in Kawasaki City, where the rooftop has been utilized as a futsal court (artificial turf). Super Sol was adopted for the installation of a protective net. It was used to reduce the load on the facility and improve drainage for the futsal court. The construction process was carried out in the following order: Super Sol application → leveling → crushed stone application → compaction. 【Construction Case Study】 - Construction Details: Installation of a protective net at Frontown Saginuma - Usage Category: Civil Engineering / Structural Protection / Existing Structures - Client: Private - Construction Location: Kawasaki City, Kanagawa Prefecture - Required Performance: Lightweight, load reduction, drainage For more details, please contact us or download the catalog.

• Soil improvement material
• Aggregates and crushed stone
• Other civil engineering works

We would like to introduce a case study of the construction of the artificial lightweight material "Super Sol," made from crushed and sintered waste glass, in the context of reducing the weight above an underground parking lot. In the landscaping work at the fountain plaza of Shinjuku Station's west exit, lightweight Super Sol was used to reduce the load on the drainage base material and the underground parking lot. A cage mat was used to secure the underground pillars supporting the tall trees, and Super Sol was filled into the cage as the drainage base material. 【Construction Case Study】 - Construction Details: Renovation work of the fountain area at Shinjuku Station's west exit plaza - Application Category: Civil Engineering / Structural Protection / Existing Structures - Client: Tokyo Metropolitan Government - Construction Location: Shinjuku Ward, Tokyo - Required Performance: Lightweight, load reduction, drainage capability For more details, please contact us or download the catalog.

• Soil improvement material
• Aggregates and crushed stone
• Planting work

We would like to introduce a construction case of the artificial lightweight material "Super Sol," which is made by crushing and sintering waste glass to create a foamed glass product. This case involves the protection of arch culverts. Super Sol was used as lightweight fill to reduce the load on the arch culverts and decrease the earth pressure on the reverse T-shaped retaining walls. The use of Super Sol allowed for greater flexibility in construction on complex terrain and contributed to a shortened construction period. 【Construction Case】 - Project Details: Improvement work on the Nanbara Fuchinen Line Road - Application Category: Civil Engineering / Protection Structures Backfill / New Retaining Structures - Client: Okinawa Prefecture - Construction Location: Chinen Village, Okinawa Prefecture - Required Performance: Lightweight, load reduction, earth pressure reduction For more details, please contact us or download the catalog.

• Soil improvement material
• Aggregates and crushed stone
• Road construction

We would like to introduce a case study of the construction of "Super Sol," an artificial lightweight material made by crushing and sintering waste glass into a foamed state, specifically for the protection of buried pipes. In the development of a residential area, there were existing buried pipes directly beneath the planned road. Instead of replacing the buried pipes, it was more cost-effective to protect them using lightweight fill, so lightweight fill construction was adopted. After comparing with other lightweight materials (specific gravity over 1.0), Super Sol was chosen as it required the least depth for replacement. 【Construction Case Study】 - Project Details: Construction of the Bijogi Housing Complex - Use Classification: Civil Engineering / Structural Protection / Underground Buried Objects - Client: Private Sector - Construction Location: Sakura City, Tochigi Prefecture - Required Performance: Lightweight and reduced load capacity For more details, please contact us or download the catalog.

• Soil improvement material
• Aggregates and crushed stone
• Road construction

We would like to introduce a construction example of the artificial lightweight material "Super Sol," made from crushed and sintered waste glass. This example pertains to the backfill of a retaining wall. In the auxiliary work for the bridge, Super Sol, which has high permeability, was applied as river embankment material. It was used as backfill material for block masonry, and some areas were constructed with lightweight mixed soil (60% Super Sol and 40% earth). 【Construction Example】 - Project Details: Auxiliary work for the Goro Fureai Bridge - Usage Category: Civil Engineering / Structure Backfill / Retaining Wall - Client: Mizuho City - Construction Location: Mizuho City, Gifu Prefecture - Required Performance: Lightweight and reduced earth pressure For more details, please contact us or download the catalog.

• Soil improvement material
• Aggregates and crushed stone
• Road construction