"Strong, unbreakable, and does not pop out" Common questions about the three-in-one pressure plate method are posted!
The FAQ collection "Q&A about the Trinity Pressure Plate Method" includes frequently asked questions and answers regarding the PUC pressure plate method, as well as the zabuton backfill method, set pipe method, and safety caps. 【Contents】 ■ What is the Trinity Pressure Plate Method? ■ PUC Pressure Plate Method Q&A ■ Zabuton Backfill Method Q&A ■ Set Pipe Method Q&A ■ Safety Cap Q&A, and more *For more details, please refer to the catalog or feel free to contact us.
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【Q&A (Excerpt)】 ■ PUC Pressure Plate Method - Why is it strong? - Why is it lightweight? - What is the workability? ■ Zabuton Backfill Method - Why doesn't the pressure plate crack? - What is the cost-effectiveness? - What is the workability? ■ Set Pipe Method - Why use the set pipe method? - What is the workability? ■ Safety Cap - Why doesn't it pop out? - What is the cost-effectiveness? - What is the workability? ■ GET Pressure Plate Method - Why is it lightweight? - Why doesn't it rust? *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.