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1～15 件を表示 ／ 全 51 件
Effectively removes various paint graffiti, sticker residue, and paint stains.
We accommodate a wide range of substrate materials such as concrete, tiles, stone, metal, glass, wood, and thermosetting (cross-linked) type coatings, as well as resins.
Long fiber mixed reinforcement soil integrated greening construction - Roving wall method
【Features】 ○ Creates reinforced soil with high pseudo-adhesion and shear strength ○ Can accommodate various shapes of slopes and inclines ○ Forms soil structures similar to natural soil conditions ○ Excellent portability allows for efficient construction ● For other functions and details, please download the catalog.
Step-type soil retention method (Woody Biomat)
Mat for earth-retaining wall construction made from thinning timber of Akita Prefecture cedar 【Features】 ○ Labor-saving in construction, reduction of impact on surrounding environment, consideration for landscape, and mitigation of impact on the global environment ○ Promotion of the use of thinning timber from Akita Prefecture cedar ○ Advancement of resource-circulating construction methods ○ Reduction of burden on ecosystems and natural environments through greening after construction ○ Reduction of on-site processes through factory production ● For other functions and details, please download the catalog.
A construction method that sandwiches "laminated rubber" between the foundation and the building, isolating the building from the ground to prevent intense seismic vibrations from being transmitted to the structure.
A construction method that sandwiches "laminated rubber" between the foundation and the building, isolating the building from the ground to prevent intense seismic vibrations from being transmitted to the building.
We will introduce a case where surplus sludge generated from bridge pier foundation pile driving work was improved and used for embankment.
We would like to introduce a case study of the soil solidification material "Harden M," which effectively utilizes recycled resources to reduce environmental impact. Excess sludge generated during the construction of bridge pier foundation piles was improved and used for embankment. 【Case Study】 ■ Project Name: Ministry of Land, Infrastructure, Transport and Tourism Chubu Regional Development Bureau Tokai Ring Expressway ■ Delivery Date: From June 2009 ■ Location: Yoro Town, Yoro District, Gifu Prefecture, and others ■ Soil Improvement Material Used: Harden M 3,658 tons ■ Land Condition: High moisture content soft soil *For more details, please refer to the PDF document or feel free to contact us.
Applicable to a wide range of soil types and uses, including the improvement of dredged soil! Here are examples of construction for river dredged soil improvement recycling.
We would like to introduce a case study of the soil solidification material "Harden M," which effectively utilizes recycled resources to reduce environmental impact. This product can be applied to general surface improvement, as well as the improvement and stabilization treatment of soft soil, clayey soil, and muddy soil. It is suitable for a wide range of soil types and applications, including the improvement of dredged soil, and is particularly effective for clayey soil. 【Case Study】 ■ Project Name: Aichi Prefecture Kaifu Construction Office Kanie River Improvement Project ■ Delivery Date: January 2005 ■ Location: Kanie New Town, Kanie, Kaifu District, Aichi Prefecture ■ Soil Improvement Material Used: Harden M, 414 tons ■ Land Condition: Accumulated soil within the river *For more details, please refer to the PDF document or feel free to contact us.
Restoring the farmland and returning it to rice paddies! Introducing examples of coastal disaster recovery construction projects.
We would like to introduce a construction case of the environmentally friendly soil solidification material "Harden S," which effectively utilizes recycled resources. Due to the earthquake, dredging was carried out in the coastal areas around the island that had become shallower. Because there was no place for the dredged soil, it was unloaded onto the island. After temporary storage, it was improved and used for raising the ground level. The entire island's ground sank by about 30 cm due to the earthquake, resulting in poor drainage in the area where the dredged soil was temporarily stored. The topsoil was removed to a depth of 30 cm, and the foundation was raised by 30 cm with improved soil, after which the topsoil was returned to restore it as rice paddies. 【Construction Case】 ■ Project Name: Miyagi Prefecture Sendai Regional Promotion Office Coastal Disaster Recovery Project ■ Delivery Date: From February 2015 ■ Location: Kankazawa Island, Shiogama City, Miyagi Prefecture ■ Soil Improvement Material Used: Harden S, 5,760 tons ■ Land Condition: Sludge and muddy soil with high water content *For more details, please refer to the PDF document or feel free to contact us.
The ASW method is the most suitable technique for constructing and renovating vertical retaining walls in urban areas.
The Safety Wall Method (ASW Method) is a bracket-type or self-supporting vertical retaining wall method that maintains stability through the resistance of piles, columns, retaining walls, bracket plates, weight concrete, and other elements. It does not require a base slab like conventional RC retaining walls such as L-shaped walls, resulting in reduced excavation and backfill cross-sections, which enhances cost-effectiveness and constructability.
The ASW method is the most suitable technique for constructing and renovating vertical retaining walls in urban areas.
The Safety Wall Method (ASW Method) is a bracket-type or self-supporting vertical retaining wall method that maintains stability through the resistance of piles, columns, retaining walls, bracket plates, weight concrete, and other elements. It does not require a base slab like conventional RC retaining walls such as L-shaped walls, resulting in reduced excavation and backfill cross-sections, which enhances cost-effectiveness and workability.
The ASW method is the most suitable technique for constructing and renovating vertical retaining walls in urban areas.
The Safety Wall Method (ASW Method) is a bracket-type or self-supporting vertical retaining wall method that maintains stability through the resistance of piles, columns, retaining walls, bracket plates, weight concrete, and other elements. It does not require a base slab like conventional RC retaining walls such as L-shaped walls, resulting in reduced excavation and backfill cross-sections, which enhances economic efficiency and constructability.
The ASW method is the most suitable construction method for building and renovating vertical retaining walls in urban areas.
The Safety Wall Method (ASW Method) is a bracket-type or self-supporting vertical retaining wall method that maintains stability through the resistance of piles, supports, retaining walls, bracket plates, weight concrete, and other elements. It does not require a base slab like conventional RC retaining walls such as L-shaped walls, resulting in reduced excavation and backfill cross-sections, thus offering excellent economic efficiency and constructability.
It is a "new method" that allows for easy on-site assembly.
Increased durability against repeated loads!!
Excellent effectiveness against oil stains! Recommended for those who prioritize cost-effectiveness!
"Aqua Techno 301" is a strong alkaline cleaning agent that exhibits excellent effectiveness against oil stains. It is particularly recommended for businesses that prioritize cost and want to choose a detergent with economic efficiency. It is a concentrated type of strong alkaline detergent. 【Features】 ■ Strong alkaline ■ Concentrated type ■ Powerful cleaning ■ Low price ■ Effective cleaning power against oil stains *For more details, please refer to the PDF document or feel free to contact us.
A groundbreaking cantilever retaining wall that withstands sudden heavy rain has been completed.
The "Disaster Prevention Wall Method" is a hybrid retaining wall with a tandem structure. To effectively utilize 100% of the backfill gravel as self-weight, the thickness of the retaining wall is reduced, significantly decreasing the excavation width and volume of excavated soil. Additionally, each tier of the back blocks has drainage and collection functions, allowing any groundwater that emerges from any part of the slope to be drained to the front of the wall, making it a "groundwater discharge type retaining wall." It has also been developed to meet other criteria such as integration through cast-in-place concrete and safe emergency construction responses. 【Features】 ■ Cost-reducing method ■ Groundwater discharge type retaining wall with high drainage functionality ■ Strongly integrated retaining wall ■ Enables safe emergency construction ■ Reduces complaints about backfill gravel settling *For more details, please download the PDF or feel free to contact us.
Safe for the surrounding environment and work site, demonstrating effectiveness in solidifying and constructing with all types of soil!
The "Safe Lock Series" is a cutting-edge, environmentally friendly non-cement-based multifunctional solidification material that offers a wide variety of options to suit all soil types, from soft soils to organic soils. We have prepared many series, including those for general soft soils, ultra-high organic soils, and special soils that reduce and suppress hexavalent chromium leaching from cement-lime composites and soils. This technology is registered with the Ministry of Land, Infrastructure, Transport and Tourism (registration number KK-110038-A). 【Product Lineup】 ○ Safe Lock-E: Neutral, strength, and environmentally friendly solidification material ○ Safe Lock-M: Strength, weak alkaline, and organic soil solidification material ○ Safe Lock-S: Neutral, modified, and environmentally friendly solidification material For more details, please contact us or download the catalog.
