Rockfall protection net - Company Ranking(3 companyies in total)
Last Updated: Aggregation Period:Jul 23, 2025〜Aug 19, 2025
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■ Ministry of Land, Infrastructure, Transport and Tourism NETIS Registration Number: HR-230013-A ■ (Public Interest Incorporated Foundation) Civil Engineering Research Center: Construction Technology Review Certificate No. 2401 (There are various conditions for the applicable range) ■ Applicable Range ◇ Possible rockfall energy: 200kJ, 400kJ, 700kJ, 1,000kJ, 1,400kJ, 2,500kJ, 2,700kJ, 5,000kJ - The anchors installed on the concrete reaction bodies at both ends of the experimental device are firmly fixed to strong H-shaped steel, and there is no energy absorption due to deformation or displacement of the anchors and surrounding areas, making it a rigorous testing condition for the components (ropes, cushioning devices, etc.). - The indicated possible rockfall energies are values confirmed using an experimental device with concrete reaction bodies installed at both ends. - When applying this method at an actual site, the supports and anchors will be installed directly into the ground. - The design load of the anchors installed at the actual site will be determined based on the loads measured during the experiments. - The anchor length will be determined based on the results of pull-out tests and ground data, and the specified load-bearing capacity will be confirmed through verification tests after installation. For more details, please refer to the PDF document or feel free to contact us. | ■Purpose: Rockfall Protection Facilities - Areas where there are sources of rockfall at the top of a long slope, with steep terrain extending down to the roadside. - Locations where the expected rockfall energy ranges from 150 kJ to 5,000 kJ. - Areas with topographical variations where a wider spacing of pocket-type supports is desired (10m to 19m). ■Track Record - Mainly consists of achievements in public works. https://www.rcnet.co.jp/example/list.php?cd=22 *For more details, please refer to the PDF materials or feel free to contact us. | ||
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- Featured Products
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High Energy Absorption Rockfall Protection Net "Robust Protection Net"
- overview
- ■ Ministry of Land, Infrastructure, Transport and Tourism NETIS Registration Number: HR-230013-A ■ (Public Interest Incorporated Foundation) Civil Engineering Research Center: Construction Technology Review Certificate No. 2401 (There are various conditions for the applicable range) ■ Applicable Range ◇ Possible rockfall energy: 200kJ, 400kJ, 700kJ, 1,000kJ, 1,400kJ, 2,500kJ, 2,700kJ, 5,000kJ - The anchors installed on the concrete reaction bodies at both ends of the experimental device are firmly fixed to strong H-shaped steel, and there is no energy absorption due to deformation or displacement of the anchors and surrounding areas, making it a rigorous testing condition for the components (ropes, cushioning devices, etc.). - The indicated possible rockfall energies are values confirmed using an experimental device with concrete reaction bodies installed at both ends. - When applying this method at an actual site, the supports and anchors will be installed directly into the ground. - The design load of the anchors installed at the actual site will be determined based on the loads measured during the experiments. - The anchor length will be determined based on the results of pull-out tests and ground data, and the specified load-bearing capacity will be confirmed through verification tests after installation. For more details, please refer to the PDF document or feel free to contact us.
- Application/Performance example
- ■Purpose: Rockfall Protection Facilities - Areas where there are sources of rockfall at the top of a long slope, with steep terrain extending down to the roadside. - Locations where the expected rockfall energy ranges from 150 kJ to 5,000 kJ. - Areas with topographical variations where a wider spacing of pocket-type supports is desired (10m to 19m). ■Track Record - Mainly consists of achievements in public works. https://www.rcnet.co.jp/example/list.php?cd=22 *For more details, please refer to the PDF materials or feel free to contact us.
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