太洋基礎工業 List of Products and Services

The "RBP Wall Method" combines reverse bolt paneling and rebar insertion work to prevent collapse through the stabilization of cut slopes and natural slopes. It is applicable in areas with low ground stress, places with limited space, and at cut locations adjacent to structures, for purposes such as road widening, land development, steep slope countermeasures, fall prevention measures, and slope stabilization works. Excavation of the ground is performed using a sloping method that cuts down from the top of the slope while securing it with reverse bolt panels. For more details, please refer to the catalog or feel free to contact us.

The "RBP Wall Method" combines reverse bolt paneling and rebar insertion work to prevent collapse by stabilizing cut slopes and natural slopes. It is applicable in areas with low ground stress, places with limited space, and cut areas adjacent to structures, for purposes such as road widening, land development, steep slope countermeasures, fall prevention work platforms, and slope stabilization work. Excavation of the ground is performed using a sloping method that lowers the slope while securing it with reverse bolt panels from the top of the slope. For more details, please refer to the catalog or feel free to contact us.

In developing a construction method utilizing lightweight embankment techniques, one of the issues identified is that the air-entrained lightweight embankment materials (air mortar, air milk) generate significant soil pressure due to fluidity and expansion pressure during curing. In conventional formwork methods, some form of reinforcement is typically implemented to resist and maintain these pressures. However, when using H-beams as reinforcement on the back of precast panels, the need for large machinery becomes a hindrance during the placement of lightweight mortar, compromising both workability and cost-effectiveness. Therefore, by applying tension to the NSC panels using rods and supporting the lower edge of the panels in a cantilever beam configuration, it has become possible to construct vertical walls, sloped walls, and curved walls. This achievement has led to significant reductions in construction time and costs, resulting in the completion of a technology capable of building exceptionally robust structures that have not been possible before. *For more details, please contact us or download the PDF.*