Last Updated： Aggregation Period:Oct 29, 2025～Nov 25, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Oct 29, 2025～Nov 25, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Oct 29, 2025～Nov 25, 2025
This ranking is based on the number of page views on our site.
2551～2565 item / All 4228 items
It promotes the germination of existing plant roots and buried seeds contained in the soil removed on-site!
Mix "OM Organic," which is primarily made from crushed grass root chips and rice bran, with soil and spray it onto the slope to promote composting on that slope.
Safe reverse winding construction method for ground reinforcement.
The PAN (Panel And Nail) WALL method is a construction technique based on the theories of steep slope stabilization and ground reinforcement. By achieving a steep slope (1:5 to 1:1), it preserves the natural slope as much as possible and is a highly safe method based on the reverse wrapping technique.
Prevent moisture accumulation within the walls and inhibit the growth of bacteria and mold. We improve the wall environment with a simple construction method.
The "Hidamari Method" is a technology that can retroactively solve the problem of condensation inside concrete walls. Even if you take measures to prevent moisture from entering the walls using common methods or to avoid temperature differences between the outside air and the indoor environment, condensation will still occur if moisture accumulates. This method focuses on what happens after moisture has entered, using "Thermo Wool HS" to regulate humidity to a level that is less conducive to the growth of bacteria and mold, and simultaneously applying "Lifeguard Coating HS" to prevent bacteria and mold from settling, creating an environment where they cannot establish themselves inside the walls. 【Features】 ■ Condensation prevention ■ Mold prevention ■ Does not allow moisture to accumulate inside the walls, preventing the proliferation of bacteria and mold ■ Simple yet highly effective measures ■ Long-term warranty of up to 20 years: peace of mind warranty *For more details, please refer to the PDF materials or feel free to contact us.
A method that combines softeners and high-pressure hot water cleaning! It solves the problems of conventional exterior wall renovation work.
The IMI method is a technique that involves applying a safe biodegradable paint softener to deteriorated existing paint surfaces to soften the paint, followed by the injection of high-pressure hot water for removal. This method minimizes damage to the substrate, offers high efficiency, does not lead to environmental destruction or pollution, is gentle on flora and fauna, and allows for safe and hygienic removal work without compromising safety or sanitation. It is the definitive method for removing existing paint from architectural structures without excessively damaging the substrate and reducing costs in subsequent processes. 【Features】 - Minimizes damage to the substrate while removing existing paint. - Fast removal speed due to the use of hot water, leading to shortened construction periods and reduced costs. - Completely free of chemicals that impose environmental burdens, making it eco-friendly. - Low noise and low vibration, preventing dust pollution. - Particularly effective on elastic and acrylic paint films. For more details, please contact us.
Excellent biodegradability! A coating removal method that does not compromise safety or hygiene.
The traditional methods for removing paint films involve techniques such as scraping, sanding, and using stripping agents. However, these methods have issues such as long construction periods and high costs. Furthermore, the process of stripping existing paint films and removing rust can be considered a troublesome task due to problems like noise and dust pollution from the removal equipment. To address these issues, Imai Biso Co., Ltd. has been working on the development of a wall paint film renovation method (IMI method). **Features of the IMI Method:** - Minimally damages the substrate while stripping existing paint films. - Uses hot water, resulting in a fast stripping speed, which shortens the construction period and reduces costs. - Does not add any chemicals that impose an environmental burden, making it eco-friendly. - Operates with low noise and low vibration, preventing dust pollution. - Particularly effective against elastic and acrylic paint films. For more details, please contact us.
Combining softeners and high-pressure hot water cleaning! What is the "IMI method" that solves the problems of conventional methods? *Many successful cases available.
The coating removal method "IMI Method" is the most advanced system method that solves the problems of conventional methods by combining a softening agent and high-pressure hot water washing. It removes existing coatings on steel structures and concrete structures equivalent to two types of substrate preparation. By applying the undiluted solution directly to the existing coating and leaving it for 1 to 24 hours, the binding strength of the particles and the resin that connects them in the existing coating is weakened, making the removal process easier by also reducing the adhesive strength. *Registered with NETIS! The following conventional issues are resolved with the IMI Method. 【Features】 ○ A method that uses organic solvents to soften and remove coatings ○ No dust generation ○ Biodegradable, with no harmful substances remaining on the removal surface ★ This method was used for the roof of the "Yoyogi National Gymnasium." *For more details, please contact us or download the catalog to view.
Injecting chemical solutions into gaps to stop water leakage in buildings and reinforce the ground! This is a method for stopping leaks in concrete structures.
The "TACSS Method" is a one-component system that uses a chemical solution that reacts with water but is difficult to dissolve in water. It confronts high-pressure and high-flow groundwater, reliably retaining water and performing waterproofing of structures while minimizing adverse effects on groundwater. Due to its excellent properties, this system is utilized not only for ground reinforcement but also for the preservation of archaeological sites. 【Features】 ■ Complies with JWWA K-135 leaching test ■ Obtained F☆☆☆☆ certification ■ Uses a chemical solution that reacts with water but is difficult to dissolve in water ■ Has minimal adverse effects on groundwater ■ Used for ground reinforcement as well as the preservation of archaeological sites *For more details, please refer to the PDF materials or feel free to contact us.
Outstanding pull-out strength! We introduce screws specifically designed for ALC, suitable for wood as well.
The "Dream Screw" is a screw specifically designed for ALC, featuring a special pitch processing at the tip of the screw. It is difficult to crush the foamed body and can form a reliable screw thread inside the ALC, resulting in excellent pull-out strength. Additionally, due to its unique thread height and coarse pitch, it can be used in concrete, mortar, and asrock if an appropriately sized pilot hole is drilled. 【Features】 ■ In sheet metal work, 0.6mm thick steel plates can be penetrated without a pilot hole. ■ Despite being fully threaded, there are no gaps between the joined components. ■ Easily completed with an electric screwdriver. ■ Suitable for wood as well. ■ Adopts a unique thread height and coarse pitch. *For more details, please refer to the PDF document or feel free to contact us.
Introducing high fluidity filling mortar suitable for filling narrow spaces and long-distance pumping.
The "Super Flow Method" is a high fluidity filling mortar that does not undergo volume change (reduction). The bleeding rate is low, at 1-2%. It also has a small heat of hydration and boasts extremely high fluidity. Please use it for filling narrow spaces and long-distance pumping. 【Features】 ■ Extremely high fluidity ■ No volume change (reduction) ■ Low bleeding rate of 1-2% ■ Small heat of hydration *For more details, please refer to the PDF document or feel free to contact us.
Lightweight, fluid, and easy to work with! It is rapidly being adopted in various areas of civil engineering.
"Air Milk and Air Mortar" are materials that have been used as fillers for abandoned pipes and other applications by mixing air bubbles into cement milk and fresh mortar. In recent years, their lightweight, fluidity, and ease of application have garnered attention. Furthermore, they are being rapidly adopted in various areas of civil engineering as a new embankment material called "Bubble Mixed Lightweight Soil - FCB Method," which offers excellent economic benefits by reducing total costs through shortened construction periods. 【FCB Construction Flow】 ■ Foundation Work ■ Waterproof Sheet and Non-woven Fabric Installation ■ Wall Installation Work ■ Joint Material and Cushion Material Installation ■ Wire Mesh Installation ■ Air Milk Pouring Work ■ Water Barrier Sheet Installation *For more details, please refer to the PDF document or feel free to contact us.
This is a method for removing stones that pose a risk of falling rocks.
Until now, the only methods for removing exposed rocks and boulders on slopes have been large-scale protective works (shelters, protective walls), manual chiseling, static crushing, and extensive excavation for lifting, which were the only options available. In the daily management of slopes, many issues involving boulders have been treated as reactive problems, placing a significant burden on the overall construction schedule and costs. In this context, by using Tsureru-kun, we provide a method for slope rock removal and processing that has not been possible until now.
Excellence in execution.
The "Patent Yamakken NFF Method" involves performing partial color matching on defects such as honeycombing or missing areas that occur on the surface of newly poured concrete, and further reproducing patterns that match the surrounding concrete texture, allowing it to be used as a final finish.
Introduction to a highly safe cut slope reinforcement soil wall method based on the reverse winding construction method!
"PAN-WALL" is a highly safe construction method for stabilizing steep slopes and protecting the surface of natural ground using precast concrete panels, allowing for the preservation of natural slopes as much as possible due to the steep gradient. Additionally, we also offer the "Multiple Anchor Reinforced Soil Wall Method," which effectively utilizes on-site excavated soil. 【Features】 ■ Reduction of long slopes and excavation residual soil volume due to steepening (1:5 to 1:1) ■ Protection of obstacles and prevention of loosening of the ground during construction and collapse accidents through reverse construction finishing from top to bottom ■ Improvement in quality, shortening of construction period, and labor saving through precasting of surface protection works ■ Landscape adaptation through diversification of design aesthetics *For more details, please refer to the PDF materials or feel free to contact us.
Tunnel repair measures! We contribute to society by providing safety and security through new methods of infrastructure development.
The "Thin Panel Method (KB Panel Method)" involves making cut lines (2mm wide and 20mm to 30mm deep) in the concrete structure, filling those cut lines with adhesive, and then inserting and pressing the panels to secure them. It is also compatible with methods that use screws or anchor bolts for fixation. Panels are manufactured to match the shape of the tunnel, making installation easy. Additionally, it has a short construction period, minimal protrusion, and is recyclable. 【Features】 ■ Easy installation ■ Short construction period ■ Cost-effective ■ Minimal protrusion ■ Recyclable *For more details, please refer to the PDF materials or feel free to contact us.
This is a fastening device that can be attached to the support pillars of a balcony when bringing outdoor lines into a building.
When bringing outdoor lines into the house and also when bringing in optical cables from the air conditioning duct on the balcony side, there are many cases where the wall wiring becomes shorter, among other benefits. Additionally, it reduces the need for ladder work, thereby improving the safety of the operation.
