Bearing Diabase Method
Integrating the base plate, diaphragm, and reinforcement ribs! Contributes to the compactness of the foundation!
The "Bearing Diabase Method" is a reinforcement technique used for embedded column bases (side columns and corner columns) in steel-framed buildings. It employs a method that integrates base plates and diaphragms (made of cast steel) with cast-in reinforcing bars (twisted bars that serve as reinforcement) through a cast-in method. Since it does not involve multi-layer or multi-stage reinforcement, it reduces the complexity of construction and the overcrowding of reinforcement around the embedded columns compared to U-shaped reinforcing bars. Additionally, it minimizes interference with the main reinforcing bars of the foundation beams, helping to limit the widening of foundation beams and contributing to a more compact foundation. The Bearing Diabase Method has received certification from the Minister of Land, Infrastructure, Transport and Tourism for materials (MSTL-0555, MSRB-0126) and a Better Living evaluation for the method (CBL SS008-22). 【Features】 ■ Integration of base plates, diaphragms, and reinforcing bars ■ Easier reinforcement work compared to U-shaped reinforcing bars ■ Simplified confirmation and management of the required number of reinforcing bars on-site ■ No welding work required on-site due to the use of mechanical joints ■ Improvement of overcrowded reinforcement around embedded columns and compact foundation design *For more details, please refer to the catalog or website, or feel free to contact us.
basic information
For more details, please refer to the catalog or website, or feel free to contact us.
Price range
Delivery Time
Applications/Examples of results
For more details, please refer to the catalog or website, or feel free to contact us.
Detailed information
-
Near the sensor installation location.
-
During concrete pouring, the filling status can be monitored on the Hub (parent device) even from a location away from the Node (child device) connected to the sensor. Depending on the communication strength, it is possible to grasp the pouring status in real-time even at a certain distance.
-
During the concrete pouring, sensors continuously detect the concrete filling status. The filling detection and compaction detection are managed in real-time on the monitor of the Hub (main unit).
catalog（1）
Download All Catalogs
Distributors
In January 2016, we changed our company name to Senkushia Co., Ltd. The floor business has evolved alongside the development of the information society, the foundation and device business contributes to improving the seismic resistance, reliability, and constructability of buildings, the damper business enhances safety and livability by suppressing vibrations, and the seismic business provides innovative solutions for steel reinforcement repair plans. As a pioneer in the industry, we continuously create shining products and services that contribute to the development of a prosperous society.
