A construction method that can be implemented faster than on-site pressure plates and at a lower cost than large secondary product pressure plates!!
【Features】 (1) The construction process is short because it does not require on-site formwork processing. (2) The components are lightweight and there are few types. (3) They are factory-processed products, ensuring stable quality. (4) The construction management period is short, and there is little effort required for quality and shape management. (5) It has a significant unevenness adjustment function. (6) There is little waste material, resulting in a small environmental burden.
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basic information
The TFC pressure-bearing body construction method is a technique that combines small secondary product pressure plates with pressure bodies that distribute the load, allowing for faster and more cost-effective construction compared to traditional cast-in-place pressure plates and larger secondary product pressure plates. Traditionally, in sites where soil bearing capacity (support strength) is insufficient, the issue was generally resolved using a "replacement method" that disperses the load with materials like "gravel," which requires stacking heavy objects and maintaining shape. The TFC pressure-bearing body method has functions equivalent to "gravel" and uses fabric formwork for the formwork material and commonly available concrete or mortar as the filling material, enabling low-cost construction with excellent workability and the realization of reaction body formation in a short period.
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Applications/Examples of results
- Reaction body for ground anchors - Reaction body for rock bolts - Stabilization of riverbank erosion areas (backfill) - Partition work during the closure of underground shelters (air raid shelters)
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Company information
Our appeal is here!! Features of our business and products We serve as a comprehensive contact point for slope-related issues, contributing to the preservation of the land. Slope disasters such as landslides, mudslides, and cliff collapses caused by typhoons and torrential rains occur almost every year, along with earthquake disasters represented by the Great East Japan Earthquake. To protect lives and property from these natural disasters, we have developed SSL anchors as our main product for slope retention. Additionally, we have developed and are selling the Q&S frame, an excellent formwork material for grid-shaped concrete frames seen on highways and steep slopes. Furthermore, we develop and sell materials for greening slopes exposed by disasters, providing comprehensive support from disaster recovery to greening. In recent years, we have also ventured into urban greening, which has gained attention for reducing CO2 emissions, aiming to become an environmentally friendly company. Technical and development capabilities We have strong relationships with construction consultants and companies specializing in slope disaster prevention, and we develop products backed by extensive on-site experience and know-how, ensuring high technical capabilities that differentiate us from competitors. Moreover, we are advancing detailed product development that is user-friendly from a construction standpoint and meets on-site needs.
