A pressure plate method that combines the advantages of three construction methods: "strong, unbreakable, and non-protruding."
The "Three-in-One Pressure Plate Method" is a pressure plate construction method that integrates three elements (methods): the PUC pressure plate method, the zabuton backfill method, and the safety cap, which work together to achieve a pressure plate construction that is "strong, unbreakable, and does not protrude." The PUC pressure plate method, which realizes a reduction in thickness and weight, allows the pressure plate to closely adhere to uneven ground through the zabuton backfill method, preventing cracking of the pressure plate. Additionally, by installing the safety cap, it is possible to prevent accidents caused by protruding anchors that may break due to unexpected external forces such as earthquakes. 【Specifications】 ■ Reduction in thickness of the pressure plate (10 cm reduction) and weight reduction (410 kg reduction) ■ Easy adhesion of the pressure plate to uneven ground ■ Prevention of cracking in the pressure plate ■ Prevention of anchor protrusion accidents *For more details, please refer to the catalog or feel free to contact us.
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【Overview】 ◎ PUC Pressure Plate Method (Patent No. 3895832) - Stronger and lighter than conventional PC pressure plates due to the effect of a newly developed tapered cone. - A pressure plate method using PC with a tapered cone that is not limited to anchor heads or anchor methods. ◎ Cushion Backfill Method (Patent No. 3413108) - By using a newly developed cushion material, this method easily adheres the pressure plate to uneven ground, preventing cracking of the pressure plate. ◎ Set Pipe Method (Patent No. 4355618) - By using a set pipe (guide pipe + receiving plate), this method prevents the crushing of cushion material and misalignment of anchor cores in the pressure plate set method. ◎ Safety Cap (SC-2 pending application) - By attaching a safety cap, this safety device prevents accidents caused by broken anchors protruding due to unexpected external forces such as earthquakes. *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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The association has created a "trinity pressure plate" that combines three elements: "PCU pressure plate," "zabuton material," and "safety cap," working together to achieve "strong, unbreakable, and non-protruding" characteristics. Additionally, we have developed a "special PU pressure plate (EX) method" that can accommodate steep angles, as well as an "RC pressure plate method" made of reinforced concrete. With this, the association has completed a series of pressure plates ranging from "PC and RC types to cast iron, and from standard to special types," enabling us to meet various customer needs.
