Earthquake-resistant and high-quality slope stabilization method 'Power Net' that takes the environment into consideration.
A slope stabilization method utilizing high-strength nets with excellent durability and high corrosion resistance to prevent the destabilization of rolling stones and floating rocks, ensuring safety and a short construction period.
NETIS Registration Number AC-150011-P Construction Technology Examination Certification Number No. 1401 This method stabilizes the surface layer, including bedrock, using a highly durable high-strength net. It is the latest slope stabilization method that combines a high-strength net with a nail (deformed steel bar) boasting a wire strength of 1770 N/mm². By fully utilizing the mechanical properties of the high-strength net, slope stabilization can be achieved safely and within a short construction period. 【Applications】 - Measures against surface collapse of slopes - Measures against collapse of existing sprayed surfaces and retaining walls - Stabilization of unstable rock masses 【Features】 - The structure covers the unstable surface layer of the slope entirely with a high-strength net and secures it with nails. - The high-strength net has both strength and flexibility, available in two types: TECCO net with a wire structure and SPIDER S3 net. - The two types of high-strength nets can be selected according to the geological conditions and unevenness of the slope surface, allowing for adaptability to various slopes. - By applying tightening force, the spacing between reinforcement materials can be widened, leading to cost reduction.
Inquire About This Product
basic information
For more details, please refer to the related link page or feel free to contact us.
Price range
Delivery Time
Applications/Examples of results
【Applications】 ● Measures against surface collapse of slopes ● Measures against collapse of existing sprayed surfaces and retaining walls ● Stabilization of unstable rock masses
catalog（1）
Download All Catalogs
Company information
Since its establishment, our company has played a role in national construction, primarily focusing on the "ground improvement field" with our unique grouting method. Subsequently, in response to the changes in social infrastructure development, we have refined our technologies to adapt to the needs of the times and, at times, acquired new ones to expand our business scope. As a result, we have now established three main pillars: "ground improvement business," "slope disaster prevention business," and "pipeline business."