Remaining formwork Product List and Ranking from 5 Manufacturers, Suppliers and Companies

Last Updated： Aggregation Period:Oct 08, 2025～Nov 04, 2025
This ranking is based on the number of page views on our site.

Remaining formwork Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Oct 08, 2025～Nov 04, 2025
This ranking is based on the number of page views on our site.

  1. 全国型枠工業会 事務局：タカムラ総業株式会社 Shizuoka//Building materials, supplies and fixtures manufacturers
  2. コシイプレザービング 本社 Osaka//Building materials, supplies and fixtures manufacturers
  3. ミヒロ Gifu//Building materials, supplies and fixtures manufacturers
  4. 4 高村工業 Shizuoka//others
  5. 5 富士コン Toyama//General contractors and subcontractors
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Remaining formwork Product ranking

Last Updated： Aggregation Period:Oct 08, 2025～Nov 04, 2025
This ranking is based on the number of page views on our site.

  1. Drop-in type high-durability wooden residual formwork construction [used on the downstream side of the dam] with consideration for landscape! コシイプレザービング 本社
  2. Residual Formwork Method Construction Examples: "Erosion Control, Dams, and Mountain Conservation" 全国型枠工業会 事務局：タカムラ総業株式会社
  3. Drop-in type high-durability wooden residual formwork construction [for retaining walls on steep slopes] with consideration for landscape! コシイプレザービング 本社
  4. Residual Formwork Method Construction Example "Bridges" 全国型枠工業会 事務局：タカムラ総業株式会社
  5. 4 Residual Formwork Method Construction Examples: "Rivers, Riverbanks, Waterways" 全国型枠工業会 事務局：タカムラ総業株式会社

Remaining formwork Product List

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Residual Formwork Method Construction Example "Steep Slope"

Residual Formwork Method Construction Example "Steep Slope"

We have experience in emergency slope collapse prevention works and restoration forestry works!

We would like to introduce examples of our residual formwork method for "steep slopes." We have carried out restoration and erosion control work in the Kume area of the Western Tottori General Office, as well as landslide prevention work in the Sakurayama area of Takeo City Hall in Saga Prefecture. Additionally, we have also conducted work in the Kaigen area of the steep slope erosion control project at the Takahashi Civil Engineering Office in Miyazaki Prefecture. 【Construction Achievements (Excerpt)】 ■ Retaining wall construction in Iodaka Town, Ashikaga Civil Engineering Office, Tochigi Prefecture ■ Retaining wall construction at Fukugawa Ohashi, Ashikaga Civil Engineering Office, Tochigi Prefecture ■ Landslide prevention work at the Ken-Sei Civil Engineering Office, Kanagawa Prefecture ■ Landslide prevention work at Ryoshimase Forest, Hamamatsu Civil Engineering Office, Shizuoka Prefecture ■ Landslide prevention work in the Kubikako area, Tsuruga Civil Engineering Office, Reinan Promotion Bureau, Fukui Prefecture *For more details, please download the PDF or feel free to contact us.

  • Formwork material

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Residual Formwork Method Construction Case "Coast"

Residual Formwork Method Construction Case "Coast"

We have achievements in harbor improvement projects, coastal disaster recovery projects, and quay renovation projects!

We would like to introduce our case studies on the residual formwork method for "coastal" projects. We have implemented disaster recovery work for the JR East Japan Sendai Line Takashiro Town Rikuzen-Ono section, as well as the Urayasu Coast (Hinode) disaster recovery work for the Chiba Prefecture Katsuura Civil Engineering Office. Additionally, we have also carried out the Tago-no-Ura Port Suzukawa District improvement work for the Shizuoka Prefecture Tago-no-Ura Port Management Office. 【Construction Achievements (Excerpt)】 ■ Aomori Prefecture Minato Regional Agriculture, Forestry and Fisheries Office Hachinohe Area Wide Fishing Port Improvement Work ■ Akita Prefecture Akita Regional Promotion Bureau Coastal Disaster Recovery Work ■ Taki County Yamamoto Regional Promotion Bureau Forest Land Degradation Prevention Facility Disaster Recovery Project ■ Ministry of Agriculture, Forestry and Fisheries Fisheries Agency Isohama Fishing Port Coastal Disaster Recovery Work ■ Northern Regional Development Bureau Kitakami River Downstream River Office Old Kitakami River Right Bank Diversion Dike Heightening and Stabilization Work *For more details, please download the PDF or feel free to contact us.

  • Formwork material

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Residual Formwork Method Construction Case Examples "Others/General"

Residual Formwork Method Construction Case Examples "Others/General"

We have numerous achievements in exterior construction, environmental maintenance projects, and landslide prevention works!

We would like to introduce examples of our company's "Other/General" residual formwork construction methods. We have carried out the Abe River system sediment control improvement project at the Shizuoka River Construction Office, as well as the Kiso River system Nagara downstream channel improvement project at the Chubu Regional Development Bureau Tajimi Sediment Control National Route Office. Additionally, we have also conducted projects such as the Noto Satoyama Coastal Landscape Measures project at the Nakanoto Civil Engineering Comprehensive Office in Ishikawa Prefecture. 【Construction Achievements (Excerpt)】 ■ Tohoku Regional Development Bureau Kitakami River Downstream River Office: Old Kitakami River Right Bank Diversion Embankment Heightening and Stabilization Installation Work ■ JR East: Disaster Recovery Work for the Sen-Goku Line Takajo Town Rikuzen-Ono Section ■ Hokuriku Regional Development Bureau Yuzawa Sediment Control Office: Nakatsugawa Bed Stabilization Group No. 3 Downstream Bed Stabilization Work ■ Private Sector: Drainage Pit Installation Work ■ Tochigi Prefecture Utsunomiya Civil Engineering Office: River Repair Work on the Shinozawa River *For more details, please download the PDF or feel free to contact us.

  • Formwork material

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Reduction of total costs through shortening construction periods, improving safety, and decreasing construction waste!

Reduction of total costs through shortening construction periods, improving safety, and decreasing construction waste!

By adopting the "Residual Formwork" designed with a view to the future 100 years ahead, significant reductions in total costs are possible! [*Comprehensive catalog available now!]

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 selecting products. 【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.

  • Civil Engineering Method

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Residual Formwork Method [Presenting a Collection of Construction Example Photos!]

Residual Formwork Method [Presenting a Collection of Construction Example Photos!]

Rivers, coastlines, sediment control, and dams! Widely used in various facility construction.

This case study collection includes various construction examples such as make-cut stones and make-gravel stones, as well as pier types, wonder types, and pier stone methods. We introduce facilities categorized by type, including rivers, riverbanks, waterways, sediment control, dams, forest conservation, bridges, and steep slopes. These have been adopted in facilities across the country. For more details, please refer to the related catalog. [Featured Construction Examples (Make-Cut Stones 40)] ■ Nishikigawa River Severe Disaster Countermeasure Special Emergency Work (Yamaguchi Prefecture) ■ Shibahara No. 2 Waterway Upper Improvement Work (Izumida) (Fukui Prefecture) ■ Aizumi District Embankment Reinforcement Work (Kyoto Prefecture) ■ Hoshinogawa River Improvement and Restoration Work (Fukuoka Prefecture) ■ New Kirai Embankment External Work (Tokushima Prefecture) *For more details, please refer to the PDF materials or feel free to contact us.

  • Renovation and repair methods

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I didn't know there was such a construction method! [Presenting a collection of construction example photos!]

I didn't know there was such a construction method! [Presenting a collection of construction example photos!]

Rivers, coastlines, erosion control, and dams! Widely used in various facility construction.

This case study collection includes various construction examples such as make-cut stone and make-gravel stone, as well as pier types, wonder types, and pier stone methods. It introduces facilities categorized by type, including rivers, embankments, waterways, sediment control, dams, forest conservation, bridges, and steep slopes. These have been adopted in facilities nationwide. For more details, please refer to the related catalog. [Featured Construction Examples (Make-Cut Stone 40)] ■ Nishikigawa River Severe Disaster Countermeasure Emergency Construction (Yamaguchi Prefecture) ■ Shibahara No. 2 Waterway Upper Improvement Construction (Izumida) (Fukui Prefecture) ■ Aizumi District Embankment Reinforcement Construction (Kyoto Prefecture) ■ Hoshinogawa River Improvement and Restoration Construction (Fukuoka Prefecture) ■ Shinki Rai Embankment External Construction (Tokushima Prefecture) *For more details, please refer to the PDF materials or feel free to contact us.

  • Renovation and repair methods

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Reduction of total costs through shortening construction periods, improving safety, and decreasing construction waste!

Reduction of total costs through shortening construction periods, improving safety, and decreasing construction waste!

Anyway, it's helpful for streamlining operations. [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 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 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.

  • Civil Engineering Method

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Reduction of total costs through shortened construction period, improved safety, and decreased construction waste!

Reduction of total costs through shortened construction period, improved safety, and decreased construction waste!

Anyway, improving productivity! [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 ■ Example construction photos *For more details, please refer to the PDF materials or feel free to contact us.

  • Civil Engineering Method

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Reduction of total costs through shortening construction periods, improving safety, and decreasing construction waste!

Reduction of total costs through shortening construction periods, improving safety, and decreasing construction waste!

The perfect remaining type frame for reducing manpower [Comprehensive catalog available now!]

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 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.

  • Civil Engineering Method

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"Residual Formwork Method" <Presenting a collection of construction case photos>

"Residual Formwork Method" <Presenting a collection of construction case photos>

Reduce the total cost of concrete construction. Contribute to improving safety, labor-saving, and efforts towards SDGs.

The "Residual Formwork Method" is a construction technique where the formwork used for pouring concrete is left in place as part of the structure after the concrete has been poured, without being removed. It utilizes thin precast cement concrete formwork products that incorporate reinforcement materials and assembly components. This eliminates the need for demolding and transportation work, allowing for a reduction in construction time. Additionally, since scaffolding is not required, it contributes to improved safety. Furthermore, it helps reduce construction waste, leading to a decrease in environmental impact and supporting efforts towards the SDGs. 【Features】 ■ Significant reduction in total costs for concrete work due to shortened construction time, improved safety, and reduced construction waste. ■ The steel reinforcement embedded in the formwork uses a "double coat cationic electrodeposition coating (epoxy resin electrodeposition coating)" that excels in rust prevention. ■ Effective in various sites such as roads, tunnels, bridges, and dams. ■ Over 12,000 construction achievements annually. ★ A photo collection of construction examples is currently available. Please view it from "PDF Download." Feel free to contact us with any inquiries.

  • Concrete construction

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