Revolution in advanced support force management! We will eliminate anxiety in Hangzhou!
"Rebec" is a testing technology used to measure the performance of the foundation soil at the tip of foundation piles during construction. The design of foundation piles is based on the premise of reaching a supporting layer, such as "penetrating ○○m into a supporting layer with an N value of ○○ or higher." However, until now, there has been no definitive method for confirming the reach to the supporting layer. With Rebec, a standard penetration test is conducted at the tip of the pile. The standard penetration test has become an international standard for evaluating soil performance, and its reliability is unquestionable. [Features] ■ Implementation of standard penetration tests ■ Testing can be conducted in various cases ■ Settlement can be monitored via a control panel ■ A variety of testing machine variations *For more details, please refer to the catalog or feel free to contact us.
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【Details】 ■Technology Name: Rebec ■Technology Description: In-situ penetration test at the tip of the pile ■Target Construction Types: Cast-in-place piles, precast piles ■Applicable Soil Types: Sandy soil, gravelly soil, clayey soil ■Applicable Range: Approximately GL-60m ■Applicable Methods ・Earth drill method ・All-casing method ・Earth auger method (under development) *For more details, please refer to the catalog or feel free to contact us.
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For more details, please refer to the catalog or feel free to contact us.
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Our company primarily engages in foundation work and survey testing. With the theme of "Harmony between People and Nature," we apply the advanced technologies we have cultivated over many years as a specialized foundation construction company to environmental conservation projects. In our newly established research and development department, we conduct various civil engineering and environmental experiments on our 24,000 square meters of company-owned land, developing socially recognized methods such as waste tire vibration isolation techniques, plant vibration growth methods, and unique wind power generation devices. Moving forward, we will continue to utilize our advanced foundation technologies to meet the increasingly sophisticated and diverse needs of foundation construction, while contributing to the creation of new environments where people and nature coexist harmoniously.
