Last Updated： Aggregation Period:Sep 03, 2025～Sep 30, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Sep 03, 2025～Sep 30, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Sep 03, 2025～Sep 30, 2025
This ranking is based on the number of page views on our site.
1～15 item / All 43 items
Excellent in constructability and structural performance.
Q&S stands for Quick and Strong, and it refers to a frame construction method that incorporates star lapping in its structure, offering excellent on-site workability and structural strength.
Easy and reliable filling injection! Consideration for economy and the environment!
The rock bolt packer is a material used for rock bolt construction that prevents the outflow of injected materials (such as cement milk) in strata where significant leakage, fractured rock, and inflow of water are confirmed, ensuring reliable filling. It enables precise filling and injection into fractured rock and water-bearing layers, significantly reducing injection loss on-site and contributing economically. Additionally, it is highly effective in preventing contamination of the surrounding ground.
It is being utilized as a suction prevention material for river construction, erosion control works, land development projects, and more.
The "KT Fiber Mat" is a non-woven mat made from pure plant-based palm fibers arranged in a unique manner, providing strength and voids through a punching technique, and treated with a special adhesive for water resistance and corrosion resistance. It is utilized as a material to prevent the outflow of backfill soil in various construction projects, including the prevention of soil erosion behind riverbanks and embankments, as well as for managing thick layers of fill and as a sediment filter in drainage blankets. 【Features】 ■ Arranged in a unique manner using pure plant-based palm fibers ■ Water-resistant and corrosion-resistant treatment applied with a special adhesive ■ Non-woven type *For more details, please refer to the PDF document or feel free to contact us.
As slope protection in steep and cold areas! We promise to restore the natural environment and provide high-quality greening.
This product is a filter that can be used for slope protection in areas with uneven terrain, concerns about small rockfalls, steep slopes, and cold regions, thanks to the effects of the conventional "multi-functional filter" and the reinforcement effect of the hexagonal wire mesh. The non-woven fabric, referred to as "web," prevents erosion caused by rainfall, snowmelt, and frost heave, while also not producing turbid water. Additionally, it allows for seed design primarily based on native plants (woody plants), enabling the early restoration of a natural landscape. 【Features】 - Stops the movement of soil particles on slopes, eliminating the need for rapid greening by invasive plants. - Produced as standardized products in a factory, ensuring stable quality and shortened construction periods. - Easy on-site construction and quality control. - Prevents erosion caused by rainfall, snowmelt, and frost heave while not producing turbid water. - Fixed with hexagonal wire mesh, making it adaptable to the unevenness of slopes. *For more details, please refer to the PDF document or feel free to contact us.*
![[Construction Example] Natural Vegetation (Soil Conservation)](https://image.www.ipros.com/public/product/image/340/2000699521/IPROS28050725333809983834.png?w=280&h=280)
Adopted for the purpose of protecting the easily eroded masa soil slopes! A case of protecting the slopes around the sediment control dam.
We would like to introduce a case where our multifunctional filter was used to protect the slopes around a sediment control dam. Since there was a desire for landscape restoration using local vegetation, the 'SP type' was selected. In areas with gentle slopes, it was anticipated that the large surface area would catch rainfall, causing rainwater to accumulate and flow down, which raised concerns about erosion, so it was installed accordingly. [Case Overview] ■ Installation Location: Hiroshima Prefecture ■ Product Used: Multifunctional Filter "SP-45" ■ Installation Details - Adopted to protect the easily eroded sandy soil slopes - Installed in conjunction due to increased concerns about erosion even in gentle slope areas *For more details, please refer to the PDF document or feel free to contact us.
![[Construction Example] Steep Slope (Combined with Restraint Method)](https://image.www.ipros.com/public/product/image/734/2000699553/IPROS43563547360270352698.png?w=280&h=280)
Introducing a case where the combined use of erosion control methods led to full greening without causing erosion or other issues!
We would like to introduce a case where our multifunctional filter was used for slope protection on a steep gradient. The construction site adopted a method combining stabilization techniques to ensure the stability of the slope. Although it is a steep gradient (1:5), the area, including around the pressure plate, has achieved full greening without causing erosion or other issues. 【Case Overview】 ■ Construction Location: Fukui Prefecture ■ Product Used: Multifunctional Filter "MF-45R-10wn" ■ Construction Details - Adopted while ensuring slope stability by combining stabilization techniques - Achieved full greening without causing erosion or other issues, including around the pressure plate *For more details, please refer to the PDF document or feel free to contact us.
The drainage efficiency is about seven times that of conventional types! It forcibly captures groundwater, enabling reliable drainage.
The "MT Pipe" is a double-structured collection pipe designed to enhance the effectiveness of groundwater drainage work (dewatering boring). With expandable rubber packers installed every 2 meters, it traps the emerging groundwater, forcibly draws it into the pipe through slits in the outer pipe, and discharges it without loss. Since all processing of the outer pipe, inner pipe, and collection socket is done at the factory, only the assembly work of screwing the pipes together is required on-site, making installation easy. Our company also offers many other products related to environmental disaster prevention. 【Features】 ■ Forcibly captures groundwater emerging from the borehole walls ■ Discharges the captured groundwater without loss ■ Structure that is resistant to clogging ■ Completely factory-processed product for easy installation *For more details, please refer to the PDF document or feel free to contact us.
This is an example of preventing slope collapse in advance with "Unit Net," which balances slope stabilization and the conservation of the natural environment.
Mikune District, Sayō Town, Sayō County, Hyōgo Prefecture ◆ Damage from Typhoon No. 23 in 2004 In response to the damage caused by Typhoon No. 23 in 2004, "unit nets" were adopted at planned locations for the restoration of windfall trees and slope collapses, and construction was sequentially ordered based on the plan. ◆ Damage from Typhoon No. 9 in 2009 While construction was progressing sequentially for restoration measures, we were hit by damage from Typhoon No. 9 in 2009. Slope collapses occurred in surrounding areas, centered around the restoration plan area. Although there were still unaddressed areas within the restoration plan that experienced slope collapses, the adjacent area where "unit nets" had been installed was able to prevent collapses. There were houses below the slopes, but thanks to the installation of "unit nets," safety was successfully maintained. ● For more details, please download the materials.
Improved weather resistance and waterproofing! Achieve comprehensive fall prevention for tiles while simultaneously creating a high-end stone paving appearance!
The "Adgrapin Net Method" is an eco-friendly construction method that is strong against earthquakes and takes into consideration the environment, recycling, and resource conservation. It generates no noise, odor, or waste, and requires no relocation of frames or piping. Fall prevention measures are thorough, and it comes with a reassuring 10-year warranty for both the base and finish. Using the pin net method, we ensure comprehensive fall prevention of tiles, shape the base, and create a protective layer, finishing it beautifully with high-quality stone-like surfaces using Adgra. 【Features】 ■ Comprehensive fall prevention with a reassuring 10-year warranty for both the base and finish (up to 20 years) ■ Beautiful high-quality stone-like finish helps attract tenants and increase rental prices ■ Prevents cracking and improves weather resistance and waterproofing ■ Generates no noise, odor, or waste, and requires no relocation of frames or piping ■ Curved surfaces and columns are finished beautifully and smoothly *For more details, please refer to the PDF materials or feel free to contact us.
Slope stabilization work without using concrete structures!
The "High-Strength Net Method" is a flexible slope stabilization technique that uses high-strength nets made from hard steel wire with a nominal tensile strength of 1,770 N/mm² as the main material. By fully utilizing its mechanical properties, it enables safe slope stabilization within a short construction period. Additionally, various nets are available for different applications, allowing us to meet a wide range of diverse needs. 【Features】 ■ Quick installation ■ Wide applicability ■ Cost-effective ■ Environmentally friendly *For more details, please download the PDF or feel free to contact us.
Introduction to construction methods that can handle collapses with a presumed slip layer thickness of 1.5m or less as the standard.
This technology is a method to prevent overall landslides that occur across the entire surface layer of a slope, as well as localized collapses that occur within a narrow range between full-threaded deformed steel nails (hereinafter referred to as "nails"). It consists of an effective assembly of components against surface layer collapses by connecting and combining high-strength wire mesh, nails, spike plates, and other materials. There are two types of methods: one that addresses surface sliding using wire mesh and another that addresses falling stones and floating rocks using spider nets. 【Features】 ■ Designed to respond to collapses with an assumed sliding layer thickness of 1.5m or less ■ Effective component configuration against surface layer collapses *For more details, please refer to the PDF materials or feel free to contact us.
Drainage pipe for landslide prevention! Collection efficiency = water volume × collection capacity × water flow capacity!
The "Vent Trap Collection Pipe" is a collection pipe designed for landslide countermeasures, devised to improve the efficiency of groundwater drainage work (water drainage boring). The slit width in the collection pipe is 1/10 compared to conventional pipes, making it difficult for water to escape from the inside to the outside due to its "Vent Trap Structure," which enhances and balances both collection capacity and water flow capacity, resulting in a high-efficiency collection pipe. 【Features】 ■ The opening has a 0.5mm slit to prevent the intrusion of foreign objects. ■ Collection and drainage efficiency is significantly improved. ■ Improved workability due to screw joints. * Reduces the upward movement during casing extraction. * For more details, please download the PDF or feel free to contact us.
Excellent in constructability and structural performance.
The EE type frame set construction method uses crimped wire mesh that has been plated over the entire frame member, resulting in minimal rust occurrence and excellent durability. This method was developed as part of the Q&S frame construction method.
A construction method that can be implemented faster than on-site pressure plates and at a lower cost than large secondary product pressure plates!
【Features】 (1) The construction process is short because it does not require on-site formwork processing. (2) The components are lightweight and there are few types. (3) They are factory-processed products, ensuring stable quality. (4) The construction management period is short, and there is little effort required for quality and shape management. (5) It has a significant unevenness adjustment function. (6) There is little waste material, resulting in a small environmental burden.
