Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.
61～75 item / All 221 items
Shining! Product available for use in dark places - Specification sheet provided.
【Features】 ■ Can set drinks even in dark places ■ Ideal for theater seats and more *For more details, please refer to the visual sheet and catalog available for download in PDF. Feel free to contact us. Here is our online shop. https://koyoeng.base.shop/categories/5262606
Introduction of the process shortening effect of the FK mesh panel method for continuous reinforced concrete pavement.
Introducing the "Reinforced Concrete Pavement Continuous Rebar Installation Method." The continuous rebar installation for the area to be poured in one day is completed in one day by introducing the FK mesh panel method. NETIS Registration Number: CG-160007-VE NETIS Utilization Evaluation: Promotion of Utilization Technology This method reduces the risk of delays due to adverse weather conditions. Furthermore, it alleviates the burden on workers during operations in extreme heat, allowing for a reduction in the construction schedule by approximately 70%. 【Delivery Achievements】 ■ Shin-Tomei Expressway, Shinshiro Pavement Construction ■ Hamada-Misumi Road, Shirahama District Pavement Construction ■ Nabeyatoge Road, Nabeyatoge Tunnel Pavement Construction (Osaka Side) ■ Nabeyatoge Road, Nabeyatoge Tunnel Pavement Construction (Wakayama Side) ■ Tottori Expressway, Sabuchi Tunnel Pavement Construction, etc. *For more details, please refer to the PDF document or feel free to contact us.
【Approximately 70% reduction in rebar installation process】 Achieving accurate rebar pitch and placement angles! 1300 square meters can be completed by 4 workers in one day. *NETIS registered product
This is a photo from our factory of the original "FK Mesh Panel," which has successfully significantly improved the efficiency of the labor-intensive task of tying rebar at the site of continuous reinforced concrete pavement.
Successfully promoted orderly use of the existing bicycle parking area! This has led to a reduction in the burden on patrollers.
We would like to introduce a case where the Toki Line rubber chip pavement was applied at the Umayabashi bicycle parking lot in Tokyo. Bicycles were often parked outside the white lines of the designated areas, causing obstructions for pedestrians, and patrol staff had to spend time managing the situation. To address this, we installed raised rubber chip lines. This significantly encouraged users to park their bicycles properly within the designated areas, leading to a reduction in the burden on patrol staff. 【Overview】 ■ Location: Umayabashi bicycle parking lot in Tokyo ■ Issues - Bicycles are often parked outside the designated white lines - This obstructs pedestrians - Labor costs: Patrol staff spend time managing bicycle organization *For more details, please refer to the PDF document or feel free to contact us.
Forming lines in colors with good visibility! Ideal for improving visibility and safety measures when establishing new bicycle parking areas on sidewalks!
We would like to introduce a case of the Toki Line rubber chip paving applied in front of Tokyo Station (Marunouchi). When establishing a new bicycle parking area on a road with high pedestrian traffic, there was a request for a more effective way to delineate the area than using painted lines. Therefore, we formed raised lines using rubber chips in colors with good visibility. This makes the divisions clearer and also provides safety considerations for visually impaired pedestrians. 【Overview】 ■ Location: Marunouchi, Tokyo Station, Tokyo ■ Issue There was a desire to create a more effective delineation than painted lines when establishing a new bicycle parking area on a road with high pedestrian traffic. *For more details, please refer to the PDF document or feel free to contact us.
![[High-Performance Flooring Case Study] Utilizing the Characteristics of Elastic Floors in Stadiums and Practice Facilities](https://image.www.ipros.com/public/product/image/f24/2000699317/IPROS10648793298181956936.png?w=280&h=280)
It is suitable as a practice area for competitions and ball games due to its moderate elasticity and hardness!
High-quality recycled rubber chips are used as infill material for artificial turf fields across the country, supporting performance enhancement. The "elastic pavement," which has moderate elasticity and hardness, is also suitable for practice areas for competitions and ball games. It can accommodate both indoor and outdoor practice areas, and the color scheme can be adjusted according to preferences. This leads to smooth execution and practice of ball games. 【Benefits】 ■ Suitable for both indoor and outdoor practice areas ■ Color schemes can be adjusted according to preferences ■ Leads to smooth execution and practice of ball games *For more details, please refer to the PDF document or feel free to contact us.
CO2 reduction through non-heating construction! It has passed various leaching tests and does not contain harmful components in the soil.
The "Tough Coat G5" is an ultra-durable soil-based pavement that boasts exceptional strength and durability in terms of freeze damage resistance, aggregate scattering, and safety, offering superior quality and longevity. Compared to asphalt pavement, its surface temperature in midsummer is lower, and depending on the materials used, the radiant heat is more than 10°C lower than that of asphalt pavement, contributing to the suppression of the heat island phenomenon. With non-heated construction that does not use heat during mixing like asphalt, the "Woody Way," which uses wood chips, reduces CO2 emissions by approximately 7 tons per 3,000 m². 【Features】 ■ High density with top-class durability and weather resistance ■ Strength that is not afraid of freeze damage ■ Retains the texture of dry aggregates ■ Excellent workability that does not require skilled labor *For more details, please refer to the PDF materials or feel free to contact us.
Processed natural mineral garnet into suitable particle shapes and blended it into the mixed soil! Good conditions will be maintained.
Garnet Sand is a modified material processed from natural mineral garnet into a suitable particle shape for ground use, taking into consideration human health and the environment. The "Garnet Ace Method" involves mixing and stirring this material with base soil or existing soil to pave it as improved mixed soil. Due to its various features, it can create an ideal clay ground, requires minimal maintenance, and maintains good conditions. 【Garnet Ace Features】 - High specific gravity, making it difficult to scatter or flow - High hardness, making it resistant to structural breakdown and dust formation - Non-hydrous, providing excellent permeability (drainage) and good water drainage, making it less prone to muddy conditions - Rounded particle shape prevents solidification and reduces the likelihood of abrasions, ensuring safety - Beautiful color tone unique to the black-brown natural mineral, with no discoloration *For more details, please refer to the PDF document or feel free to contact us.
The walking feel is soft and not slippery! It has good permeability and returns rainwater to the earth.
"K-Grand®" is a resin coating made from recycled tile waste. It combines functionality with unique beauty. The tiles reused as aggregate for paving are transformed into a resin pavement that excels in permeability, preventing water accumulation and providing a soft walking experience that is considerate of both people and the environment. Additionally, it contributes to the mitigation of heat islands and is effective when applied in urban areas. 【Features】 ■ Outstanding permeability ■ Prevention of heat islands ■ Soft walking experience with low slip potential ■ Excellent sound absorption and dispersion ■ Minimal glare *For more details, please refer to the PDF materials or feel free to contact us.
Various repairs can be done easily and quickly! It is a fast-setting type, so it hardens in about 40 minutes (at 20°C) after application.
The "Ascleet Kit" is an MMA-based repair material packaged in a kit for pavement repairs. It is a resin mortar that excels in durability, adhesion, construction precision, and workability. There are two types: "Ascleet Kit AS" for asphalt and "Ascleet Kit CO" for concrete. 【Features】 ■ High strength and significant durability ■ No post-deformation or flow deformation in summer ■ Good fluidity and high finishing precision for flatness ■ Cures quickly even in winter, allowing for opening about 1 hour after application ■ Can be smoothed for subtle height adjustments *For more details, please refer to the PDF document or feel free to contact us.
The construction area allows for the passage of light vehicles! It can be widely used as landscape paving.
"KD Color Premium" is a thin-layer resin pavement that creates the texture of blocks laid out using natural stone on surfaces (whether concrete or asphalt, existing or newly constructed). The resin used is modified epoxy resin, which offers higher durability than typical colored coatings. The construction thickness is approximately 3 to 5 mm, so there is no need to significantly alter the paving structure. 【Construction Patterns】 ■ Stretcher (Vertical) ■ Basket Wave ■ Herringbone ■ Grid Cutting ■ BW/ST Composite ■ Grid Cutting (Diagonal) *For more details, please download the PDF or feel free to contact us.
Snow-melting pavement technology realized through a technical partnership with Kakimoto Corporation!
The non-sprinkling snow melting method using groundwater circulates groundwater (with a temperature of around 15°C) drawn up into polyethylene pipes (PE pipes) laid within the pavement to warm the surface and melt the snow. By combining it with semi-flexible pavement, the construction speed until completion is fast, and costs can be controlled. To enhance the snow melting effect, it is necessary to bury the PE pipes at a shallow depth (less than 10 cm), which requires high construction skills in structural design and construction methods. [Key Points] - Direct use of groundwater - Shorter construction period compared to concrete pavement - Circulated water is returned underground *For more details, please download the PDF or feel free to contact us.
Walking and light vehicle access is possible! It is also effective against the heat island phenomenon.
"Eco Kawara C" is a cold-applied thin-layer pavement material made by crushing waste tiles generated from the reconstruction of buildings into aggregates. It has excellent permeability, and even in cases of clogging due to sediment, the tiles themselves possess water retention capabilities, allowing rainwater to be returned to the ground. Additionally, it has a high recycling rate of over 60%, making effective use of local tiles possible. [Product Description] ■ Tile aggregate: 3–10mm usage ■ Cement solidification ■ Construction thickness: 7–10cm ■ On-site mixing and pouring ■ Permeability standard: 300ml/15 seconds or more ■ Water retention capacity: 15–17L/m2 (t=10cm) *For more details, please download the PDF or feel free to contact us.
It is a product made by crushing waste tiles generated from the rebuilding of buildings and mixing them with cement.
"Eco Kawara CO" is a water-retaining pavement that utilizes the water absorption properties of tiles to exhibit excellent water retention. It allows for easy partial repairs and color matching. Additionally, it has a high recycling rate of over 60%, making effective use of local tiles. The installation area can cover all of Japan, including remote islands. 【Features】 ■ Excellent water retention ■ Suitable for both small and large areas ■ Easily adaptable to designs, with surface aesthetics improving over time ■ Crushed tile waste generated from building renovations is mixed with cement ■ Slip-resistant *For more details, please refer to the PDF materials or feel free to contact us.
