Last Updated： Aggregation Period:Oct 08, 2025～Nov 04, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Oct 08, 2025～Nov 04, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Oct 08, 2025～Nov 04, 2025
This ranking is based on the number of page views on our site.
1～15 item / All 25 items
A formwork that serves as insulation material made from domestically sourced thinned wood, which does not emit toxic gases when burned or buried.
This is an insulation material that also serves as a formwork, recognized by the Ministry of Land, Infrastructure, Transport and Tourism (formerly the Ministry of Construction) as an alternative to conventional formwork plywood.
Eliminate waste and reduce costs! Achieve high rust prevention effects and lightweight design.
The "remaining formwork" refers to thin concrete formwork that does not need to be removed after concrete pouring and curing. The formwork panel "Protect Make Pierce," which is treated with double-coated cationic electrodeposition painting for epoxy coating as a rust prevention measure, prevents damage to the interior of the concrete. Due to its high internal rust prevention effect, the panel itself can also be made thinner. Not only does it provide rust prevention, but it also achieves weight reduction. 【Features】 ■ Shortened construction period ■ Improved safety ■ Reduced construction waste ■ Total cost reduction *For more details, please refer to the catalog or feel free to contact us.
![Drop-in type high-durability wooden residual formwork construction [for retaining walls on steep slopes] with consideration for landscape!](https://image.www.ipros.com/public/product/image/54a/2000679106/IPROS85905248925568609637.jpeg?w=280&h=280)
High durability and consideration for the landscape! Conservation of the surrounding environment can be achieved! No need for formwork removal or scaffolding, shortening the construction period!
"The drop-in type high-durability wooden residual formwork construction" achieves long-term durability through unique wood preservation technology! It promotes the use of wood and contributes to the global environment. The estimated lifespan based on decay test results is over 50 years. The risk of aesthetic deterioration due to decay, as seen with conventional wooden residual formwork, and the danger of formwork components falling off are extremely low, eliminating the need for maintenance and inspection work. It can be used for the formwork of retaining walls to prevent disasters in areas at risk of landslides on steep slopes. The wooden surface reduces sunlight reflection more than concrete. There is no need for scaffolding during formwork assembly (installation of a catwalk for pouring). The elimination of formwork and scaffolding removal, as well as concrete surface finishing, allows for a shortened construction period. It can be assembled by ordinary workers without the need for specialized formwork carpenters. 【Features】 ■ The surface finish of the structure is wood-based, considering aesthetics. ■ Conservation of the surrounding environment is achieved. ■ The removal of formwork and concrete surface finishing is unnecessary, and since scaffolding for those tasks is also not needed, the construction period can be shortened. ■ Direct sunlight reflection can be prevented. *For more details, please refer to the PDF document or feel free to contact us.
We are currently offering a photo collection of construction examples using the "Residual Formwork Method," which is suitable for steep slope retaining walls, embankments, sediment control, mountain conservation, and tidal levees! It also has good workability and can significantly shorten construction time!
We are currently offering a photo collection of construction case studies for the "Residual Formwork Method," which has over 12,000 achievements nationwide, including rivers, embankments, waterways, erosion control, dams, mountain conservation, bridges, and steep slopes. This collection features various construction examples, including make-cut stone, make-ball stone, pier type, wonder type, and pier stone methods. Our in-house simulation has achieved a 44.5% reduction in construction time with this new method! We plan to exhibit at the "Advanced Construction, Disaster Prevention, and Mitigation Technology Fair in Kumamoto 2024" and the "Construction Technology Fair 2024 in Chubu." We hope you will visit us. *For details about the exhibition, please refer to the basic information below. *For more information, please check the PDF materials or feel free to contact us.
Check the concrete construction methods for 2025! Remaining formwork [Comprehensive catalog available!]
This catalog features "permanent formwork construction" using thin-walled precast cement concrete formwork products and assembly components that incorporate rust-treated reinforcement materials, eliminating the need for demolding work after concrete placement. We introduce various formwork types, including the thin-walled concrete panel "Protelock Pierce," which contains rust-treated reinforcement (expanded metal), and "Protelock Wonder," which has small holes on the back that do not penetrate like the pierce. Please use this information to assist in selecting products. [Contents] ■ Protelock Pierce ■ Protelock Wonder ■ Protelock Make ■ Technologies related to permanent formwork construction ■ Example construction photos *For more details, please refer to the PDF document or feel free to contact us.
We have numerous construction achievements in rivers, riverbanks, and waterways!
We would like to introduce examples of the residual formwork construction method applied to our "rivers, riverbanks, and waterways." We have carried out environmental improvement works in the Tenryu River Shimonitta area by the Tenryu River Upper River Office of the Chubu Regional Development Bureau, as well as riverbank repair works for the Kawajiri River at the Anamizu Town Hall in Ishikawa Prefecture. Additionally, we have also conducted levee reinforcement works in the Amatsu area by the Fukuchiyama River National Highway Office of the Kinki Regional Development Bureau. 【Construction Achievements (Excerpt)】 ■ Aomori Prefecture Shimokita Region Prefectural Bureau, Tanabu River Wide Area Core River Improvement Works ■ Tokyo Metropolitan Koto Flood Control Office, Onagi River Riverbank Improvement Works ■ Chubu Regional Development Bureau Kiso River Upper River Office, Nagara - In-Region Maintenance and Repair Works ■ Chubu Regional Development Bureau Tenryu River Upper River Office, Tenryu River Shimonitta Area Environmental Improvement Works ■ Chubu Regional Development Bureau Tajimi Erosion Control National Highway Office, Kiso River System Subashiri Downstream Channel Improvement Works *For more details, please download the PDF or feel free to contact us.
We have achievements in types such as Pias Type and Wonder Type!
We would like to introduce examples of our residual formwork method applied to "erosion control, dams, and forest conservation." We have conducted regular erosion control work (public) at Shimizuzawa in the Odawara Civil Engineering Office of Kanagawa Prefecture, and at Hosokawazawa in the Matsuda Civil Engineering Office of Kanagawa Prefecture. Additionally, we have also carried out construction work on the sedimentation basin channel at the Fuji Sand Control Office of the Chubu Regional Development Bureau. 【Construction Achievements (Excerpt)】 ■ Sixth forest conservation project at Mikazukazawa, Morioka Forest Management Office, Tohoku Forest Management Bureau ■ Erosion control dam construction in the Yunokura area of the Kurikoma Mountain Range by the Kitakami River Lower River Office, Tohoku Regional Development Bureau ■ Erosion control dam construction in the Sakakawa Kawahara Koya area by the Kitakami River Lower River Office, Tohoku Regional Development Bureau ■ Regular erosion control work on the first-class river Hozukawa (Ayame) by the Joetsu Regional Promotion Bureau of Niigata Prefecture ■ Stream conservation work on Shiratogawa No. 1 by the Ohtawara Civil Engineering Office of Tochigi Prefecture *For more details, please download the PDF or feel free to contact us.
We will respond to disaster recovery work, the Ken-O Expressway small and medium construction, and renovation work!
We would like to introduce examples of our residual formwork method applied to "bridges." We have carried out disaster recovery work on the Chayabamuka Bridge along the agricultural road in front of the Kuzumaki Town Hall in Iwate Prefecture, as well as the renovation work on the Tenjin Bridge at the Takasaki City Hall in Gunma Prefecture. Additionally, we have also conducted upper structure work for the Yokohama Ring North Line YK13 section for the Metropolitan Expressway Company. 【Construction Achievements (Excerpt)】 ■ Disaster recovery work on the Chayabamuka Bridge along the agricultural road in front of the Kuzumaki Town Hall, Iwate Prefecture ■ NEXCO East Japan, Ken-O Expressway Small and Medium Construction ■ Renovation work on the Tenjin Bridge at the Takasaki City Hall, Gunma Prefecture ■ Kanto Regional Development Bureau, Yunishikawa Dam Construction Office, Replacement Prefectural Road No. 7 Bridge Upper Structure Work 1 ■ Kanto Regional Development Bureau, Yunishikawa Dam Construction Office, Replacement Prefectural Road No. 7 Bridge Upper Structure Work 2 *For more details, please download the PDF or feel free to contact us.
Anyway, we will reduce costs! Concrete construction method. [Comprehensive catalog available!]
This catalog features "remaining formwork construction," which utilizes thin-walled precast cement concrete formwork products and assembly components that incorporate rust-treated reinforcement materials, eliminating the need for demolding work after concrete placement. We introduce various types of formwork, including the thin-walled concrete panel "Protelock Pierce," which contains rust-treated reinforcement (expanded metal), and "Protelock Wonder," which has small holes on the back that do not penetrate like the pierce. Please make use of this for product selection. 【Contents】 ■ Protelock Pierce ■ Protelock Wonder ■ Protelock Make ■ Technologies related to remaining formwork construction ■ Example construction photos *For more details, please refer to the PDF document or feel free to contact us.
Anyway, cost reduction! Concrete construction method. [Comprehensive catalog available!]
This catalog features "remaining formwork construction," which uses thin-walled precast cement concrete formwork products and assembly components that incorporate rust-treated reinforcement materials, eliminating the need for demolding work after concrete placement. We introduce various formwork types, including the thin-walled concrete panel "Protelock Pierce," which contains rust-treated reinforcement (expanded metal), and "Protelock Wonder," which has small holes on the back that do not penetrate like the pierce. Please make use of this for selecting products. [Contents] ■ Protelock Pierce ■ Protelock Wonder ■ Protelock Make ■ Technologies related to remaining formwork construction ■ Construction example photos *For more details, please refer to the PDF materials or feel free to contact us.
Remaining formwork used for the restoration of the landslide disaster in Atami [Comprehensive catalog available!]
This catalog features "remaining formwork construction," which uses thin precast cement concrete formwork products and assembly components that incorporate rust-treated reinforcement materials, eliminating the need for demolding work after concrete placement. We introduce various formwork types, including the thin concrete panel "Protelock Pierce," which contains rust-treated reinforcement (expanded metal), and the "Protelock Wonder," which has small holes on the back surface that do not penetrate like the pierce. Please utilize this for product selection. [Contents] ■ Protelock Pierce ■ Protelock Wonder ■ Protelock Make ■ Technologies related to remaining formwork construction ■ Construction example photos *For more details, please refer to the PDF materials or feel free to contact us.
By using concrete formwork panels, we contribute to reducing total costs through shortened construction periods, improved safety, reduced construction waste, and achieving factory-quality results.
This product uses concrete formwork panels and eliminates the need for demolding work after concrete placement, replacing traditional formwork methods. It contributes to total cost reduction by shortening construction periods, improving safety, reducing construction waste, and achieving factory-quality standards. Currently, it is mainly used in the fields of erosion control, river management, coastal protection, steep slopes, and road construction.
![Drop-in type high-durability wooden residual formwork construction [used on the downstream side of the dam] with consideration for landscape!](https://image.www.ipros.com/public/product/image/842/2000658760/IPROS72361499153098700871.png?w=280&h=280)
High durability with consideration for the landscape! Conservation of the surrounding environment can be achieved! No need for formwork removal or scaffolding, shortening the construction period!
"The drop-in type high-durability wooden residual formwork construction" achieves long-term durability through unique wood preservation technology! It promotes the use of wood and contributes to the global environment. The estimated lifespan based on decay test results is over 50 years. Conventional wooden residual formwork poses risks due to deterioration affecting aesthetics and the potential for formwork components to fall off, making its use common on the upstream side. Our products enable use on the downstream side due to their high durability. Maintenance and inspection work to prepare for decay or the detachment of formwork components are unnecessary. There is no need for scaffolding during formwork assembly (installation of a catwalk for pouring). The elimination of formwork and scaffolding removal, as well as concrete surface finishing, leads to a reduction in construction time. Assembly can be done by ordinary workers without the need for formwork carpenters. [Features] ■ The surface finish of the structure has a wooden texture, considering aesthetics. ■ Conservation of the surrounding environment is achieved. ■ The removal of formwork and concrete surface finishing is unnecessary, and scaffolding for those tasks is also not required, resulting in a shortened construction period. ■ Direct sunlight reflection can be prevented. *For more details, please refer to the PDF materials or feel free to contact us.
Publication of techniques such as the Pierstone method that revives traditional craftsmanship and construction methods for cases where separation welding is difficult.
This document provides a detailed explanation of technologies related to the residual formwork method. By combining residual formwork (pierce) with residual finishing materials, we introduce the groundbreaking landscaping method "Pierce Stone Method," which revives the craftsmanship of traditional stonemasons. We also present construction methods such as the "Pierce Unit System" and "Make Hanger System," which are suitable for situations where the width of concrete is narrow and separation welding is difficult. We extensively include design pattern examples, as well as construction and completion status. [Contents] ■ Pierce Stone Method ■ Pierce Unit System ■ Make Hanger System ■ Safety fittings - MP type and safety fittings for Pierce Wonder *For more details, please refer to the PDF document or feel free to contact us.
We have experience with internal illumination signage and the use of stainless steel bolt plates!
We would like to introduce our case studies of the residual formwork method used in "Roads and Tunnels." We have implemented the construction of the Shuzenji Amagi Yugashima Line merger support priority road improvement project at the Numazu Civil Engineering Office in Shizuoka Prefecture, as well as disaster prevention work on the main local road Udezu Town Line at the Noto Civil Engineering Comprehensive Office in Ishikawa Prefecture. Additionally, we are also working on the reconstruction of the main local road Kanazawa Tazuruhama Line at the Central Ishikawa Civil Engineering Comprehensive Office. 【Construction Achievements (Excerpt)】 ■ Aomori Prefecture Higashi Aoi Regional Bureau Aomori Namioka Line Grant (Road Reconstruction) Project ■ Miyagi Prefecture Sendai City Hall Yagiyama Seki District and one other district project ■ Tohoku Regional Development Bureau Yamagata River National Highway Office Obanazawa District Road Auxiliary Facility Installation Project ■ Tochigi Prefecture Nikko Civil Engineering Office Retaining Wall Construction at Koshinyama Park Line ■ Shizuoka Prefecture Shimoda Civil Engineering Office National Route 136 Prefectural Traffic Safety Facility Improvement Project (Sidewalk Work) *For more details, please download the PDF or feel free to contact us.
