Formwork dismantling method "Pinpoint Method"
A groundbreaking formwork dismantling method that could not be achieved with conventional permanent construction methods.
The "Pinpoint Construction Method" is a formwork dismantling method that can be implemented using your existing pipe supports. It allows for an early start to the finishing process and reduces the amount of formwork materials needed for transportation. Additionally, it lowers transportation costs for formwork materials and decreases labor for formwork (reducing unloading efforts). In fiscal year 2008, it was selected for the Ministry of Land, Infrastructure, Transport and Tourism's support project for new field entry and management innovation model development in the construction industry, and in fiscal year 2012, it was registered in the Ministry of Land, Infrastructure, Transport and Tourism's know-how and technology transfer support project. 【Features】 - It is possible to significantly reduce the use of plywood and supports. - It contributes to shortening the overall construction process. - It can reduce damage to temporary materials. - It allows for a cleaner job site. - It ensures a better environment for neighboring areas (reducing transportation costs). *For more details, please download the PDF or feel free to contact us.
basic information
【Basis and Safety of Calculations】 ■ The calculation formula complies with JASS5 (Japan Society of Civil Engineers Standard Specification Volume 5 Reinforced Concrete) ■ The mesh division includes input nodes A calculation axis is created at positions of high stress ■ The mesh is refined to ensure accuracy ■ Column supports are minimized, and beam spans are enlarged ■ Beams are placed at the core, and slab spans are enlarged ■ Loads from upper walls and handrails are input larger ■ Irregular walls and handrails are also evaluated as loads ■ RC walls are also input as springs ■ The allowable load of supports is checked ■ The deflection of slabs is checked ■ The yield of rebar is also checked ■ The calculated concrete strength is reduced by 3 N/mm² *For more details, please download the PDF or feel free to contact us.
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Applications/Examples of results
【Examples of Achievements】 ■Apartment Buildings ■Hospitals ■High-rise Apartments, etc. *For more details, please download the PDF or feel free to contact us.
Detailed information
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Seal Hard W The building manager conducts regular scrub cleaning once a week on the floor treated with Seal Hard W. After two years, the chemical reaction has progressed, resulting in a shiny, glossy floor.
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![3_Wダイヤモンド工法_竣工時床 [640x480]_shp.jpg](https://image.www.ipros.com/public/product/image_diagram/8d7/256227/IPROS76157084415288558946.jpeg?w=140&h=140)
Seal Hard Premium From the time of completion, a glossy finish was desired, and it was constructed using Seal Hard Premium with a polishing process for shine. Without waiting for aging to enhance its appearance, the floor was finished with a shiny gloss from the time of completion. Since completion, it has been resistant to dirt and forklift tire marks, receiving positive feedback.
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Seal Hard G Although there were trowel marks left from the concrete finishing, the application was done using the Seal Hard G specification, which includes substrate grinding, resulting in a smooth and sleek concrete surface. Through weekly scrubbing, the floor has developed a shiny, glossy appearance.
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Seal Hard - Standard Specification This is a project where Seal Hard was used for dust-proof and wear-resistant applications on a floor finished with black colorcrete during plastering.
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Forbill Co., Ltd. focuses on the formwork business and is also engaged in the production of construction materials, providing support for on-site production. We will strive to be of service to everyone by thinking about buildings and dedicating ourselves to them for the sake of the buildings.
