斜面受圧板協会 List of Products and Services

This is a technical document that includes the design and construction manual for the "GET Pressure Plate Method" and standard estimation materials. It clearly introduces the structure, applications, and design procedures of this method with illustrations. [Contents] ■ Design and Construction Manual ■ Standard Estimation Materials *For more details, please refer to the catalog or feel free to contact us.

• Earthworks
• Pile and foundation work

The "Safety Cap" is a safety device that is attached to the pressure plate and catches the protruding anchor in the event that the anchor breaks due to some cause, preventing serious incidents. If the anchor protrudes, the safety cap, which is attached to the pressure plate with a bolt (SUS) and an insert (SUS), catches the protruding anchor. It is ideal for preventing breakage of anchors due to unexpected external forces such as earthquakes, or due to corrosion of old-type anchors. 【Features】 ■ Excellent corrosion resistance ■ Cost-effective due to its simple structure ■ Lightweight, making on-site transport and installation easy ■ Short construction time possible ■ Safe construction due to its lightweight and simple structure *For more details, please refer to the catalog or feel free to contact us.

• Subsidiary materials
• Safety and consumables
• Civil Engineering Method

The "Zabuton Backfill Method" is a technique that injects and fills cement milk into newly developed zabuton material, ensuring a reliable and quick adhesion between the pressure plate and uneven ground, thereby preventing cracks in the pressure plate. The ground reaction force acts uniformly on the pressure plate, preventing cracks in the pressure plate. Additionally, by using the "Set Pipe Method" with guide pipes and receiving plates, it can prevent the compression of the zabuton material due to the weight of the pressure plate. This method does not require formwork, spraying, or trowel finishing, allowing for improved cost-effectiveness and shortened processes. 【Features】 ■ Prevents cracks in the pressure plate ■ Improved cost-effectiveness ■ Possible reduction in process time ■ Patent No. 3413108 ■ NETIS Registration No.: KT-040008V *For more details, please refer to the catalog or feel free to contact us.

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• Pile and foundation work

The "RUC Pressure Plate Method" uses a strong and lightweight RC pressure plate with a tapered cone. It can be used as a "pressure plate for anchors" with a design anchor force of 240 to 470 kN. Since it is not limited to specific anchors, it can be utilized with many types of anchors. The slope angle can accommodate up to 10°. For steep angles (over 10°) or situations where the storage of anchor caps within the tapered cone is an issue, we also offer a "Special (Ex) RUC Pressure Plate Method." 【Features】 ■ The lightest class among concrete pressure plates of the same category ■ Pressure plates with excellent long-term stability and economic efficiency ■ Can accommodate angles up to 10° *For more details, please refer to the catalog or feel free to contact us.

• Earthworks
• Pile and foundation work

The "Special (Ex) PUC Pressure Plate Method" is a pressure plate method that can accommodate situations where the slope has a steep angle (10° or more) or when the storage of anchor caps within the tapered cone becomes an issue. It excels in both cost-effectiveness and workability, making it effective when using standard PUC pressure plates would increase product costs. We offer the "EP-Q type" for steep angle applications and the "EP-M type" for cases where the storage of the anchor caps is not optimal. 【Features】 ■ Reduces unnecessary expenses ■ Excellent workability *For more details, please refer to the catalog or feel free to contact us.

• Earthworks
• Pile and foundation work

This is a technical document that includes the design and construction manual for the "PUC Pressure Plate Method" and standard estimation materials. It clearly introduces the components and applications of this method, as well as the design procedures, with accompanying illustrations. [Contents] ■ Design and Construction Manual ■ Standard Estimation Materials *For more details, please refer to the catalog or feel free to contact us.

• Earthworks
• Pile and foundation work

The "PUC Pressure Plate Method" utilizes the effects of a newly developed tapered cone, making it stronger and lighter than conventional PC pressure plates. It features an integrated anchor head and is not limited to anchor methods, allowing for the use of PC pressure plates with tapered cones. This method achieves a reduction in the thickness of the pressure plate (by 10 cm) and a weight reduction (by 410 kg). Since the anchor head is integrated within the tapered cone, it is protected from falling rocks and other hazards. Additionally, the anchor method is not restricted and can be freely selected. 【Features】 ■ Compatible with standard angles ■ Equipped with tapered cone ■ PC pressure plate ■ NETIS Registration Number: KT-010006-VE ■ Patent Registration Number: No. 3895832 *For more details, please refer to the materials or feel free to contact us.

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• Pile and foundation work

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.

• Earthworks
• Pile and foundation work
• Special Construction Method

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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• Pile and foundation work
• Special Construction Method

The GET pressure-resistant plate method is a slope stabilization technique that uses a lightweight, green-friendly pressure-resistant plate with a rib structure made of ductile cast iron, in harmony with nature, and incorporates various permanent anchors and cushion backfill methods.

• Earthworks
• Pile and foundation work
• Tile work