三省水工 List of Products and Services

This catalog is a comprehensive brochure from Sansei Suiko Co., Ltd., which provides rental services for molds used in the production of blocks for wave dissipation structures and associated consulting services. It features the vertical embankment wave dissipation method "Warlock," which is economical and eliminates the need for separate wave dissipation structures, allowing for wave dissipation effects to be realized simultaneously with embankment construction, as well as the irregular-shaped wave dissipation block method "Sea Lock," which exhibits excellent stability against external forces such as waves and currents due to the good interlocking after installation. [Contents Included] ■ Vertical Embankment Wave Dissipation Method: Warlock ■ Sloped Embankment Wave Dissipation Method: Warlock R Type ■ Large Vertical Wave Dissipation Box Method: Honey Wall ■ Irregular-Shaped Wave Dissipation Block Method: Sea Lock ■ Irregular-Shaped Wave Dissipation Block Method: Sea Lock Advance 61, etc. *For more details, please download the PDF or feel free to contact us.

• Various blocks

The "Warlock R-type" is a wave-dissipating method designed to stabilize a sloped embankment by tilting the body from vertical to a 3:1 slope, thereby reducing the soil pressure of the backfill. This design allows for a relatively lightweight and stable structure. The soil pressure coefficient for the 3:1 sloped wall is reduced to about 60% compared to a vertical wall. As a result, the required weight of the embankment can be reduced by approximately 40%, making it possible to create a more economical cross-section. 【Features】 ■ The main body of the revetment dissipates waves, eliminating the need for separate wave-dissipating structures, resulting in an economical cross-section. ■ The wave-dissipating function is supported by academic evidence, providing excellent wave-dissipation effects. ■ Effective in reducing overtopping. ■ Prevents scour by reducing reflected waves. ■ The sloped design of the embankment reduces soil pressure, making it economical, among other benefits. *For more details, please download the PDF or feel free to contact us.

• Various blocks

"WARLOCK" is a vertical wave-dissipating method that helps reduce reflected waves and overtopping as a wave-dissipating structure in harbors, inland seas, and bays. Structures built with this product have wave-dissipating functions integrated into the embankment itself, eliminating the need for separate wave-dissipating works, making it cost-effective, and it exhibits wave-dissipating effects simultaneously with embankment construction. Additionally, the construction is easy, and once completed, it presents a beautiful landscape with hexagonal holes arranged in an orderly manner. [Applications] ■ Riverbanks ■ Riverbanks, loading areas, and jetties ■ Breakwaters and permeable embankments ■ Wave-dissipating works *For more details, please download the PDF or feel free to contact us.

• Various blocks

The "Honey Wall" is a large-scale wave-dissipating block method that exhibits excellent wave-dissipating effects even against long-period waves from the open sea. Additionally, due to its integrated design, it has superior wave stability, and the construction is simple, easy, and allows for economical design of cross-sections. 【Features】 ■ Safely absorbs wave pressure flexibly ■ The front face of the embankment is vertical, allowing for mooring and docking ■ No obstruction to navigation as it does not have a slope ■ The top surface of the embankment is flat, allowing for various uses ■ Construction costs are lower compared to wave-dissipating block methods, etc. *For more details, please download the PDF or feel free to contact us.

• Various blocks

"Stabic" is a block developed to reduce uplift pressure from the center and sides of the block by increasing the opening ratio relative to the surface area while considering the center of gravity balance, thereby maintaining excellent stability against wave forces and flow velocities. Additionally, the block features wedge-shaped notches at the base, allowing for interconnection between blocks, which enhances stability in three-dimensional directions. [Applications] ■ Foundation for marine structures ■ Submerged breakwaters, offshore breakwaters, fish reef construction ■ River foundation works, water impact works, floor stop works, bed protection works ■ Fisheries cooperative type *For more details, please download the PDF or feel free to contact us.

• Various blocks

"Stabic Type F" is a flat block developed with consideration for cost-effectiveness and workability, based on the traditional "Stabic" used in fishing ports, harbors, rivers, and coastlines. The structure of the formwork is simple, and its flat design makes concrete placement easy, while decorative processing such as planting stones is also straightforward. Additionally, it has a large surface area, resulting in fewer units needed for installation, which reduces construction costs. [Applications] ■ Foundation work, water impact work, floor stop work, and floor protection work in rivers ■ Fisheries cooperative type *For more details, please download the PDF or feel free to contact us.

• Various blocks

"Shirock VIII" is a block developed based on the conventional "Shirock," consisting of four legs from the body section, which interlock well after installation, demonstrating exceptional stability against external forces such as waves and currents. The constructed wave-dissipating structure has excellent wave-dissipating functions due to its surface roughness and appropriate voids, making it effective against various types of waves. Additionally, the numerous angles are advantageous for the attachment of algae and corals, providing a habitat for diverse organisms. [Applications] ■ Wave-dissipating structures ■ Sloped embankments ■ Foundation works, bed protection works, water control works ■ Fisheries cooperative type *For more details, please download the PDF or feel free to contact us.

• Various blocks

"Shirok" is an irregular wave-dissipating block composed of four legs and a body. Once installed, the interlocking of the blocks is effective, demonstrating exceptional stability against external forces such as waves and currents. Additionally, the constructed wave-dissipating structures possess excellent wave-dissipating functions due to their surface roughness and appropriate voids, making them effective against various types of waves. [Applications] ■ Wave-dissipating structures ■ Sloped embankments ■ Foundation works, bed protection works, water control works ■ Aquaculture-friendly *For more details, please download the PDF or feel free to contact us.

• Various blocks

"Gamma L" is a uniquely shaped block that is easy to manufacture, has great wave stability, and excels in wave dissipation functionality. Its shape is very simple and does not exert undue stress, allowing for an earlier demolding time of the formwork. Additionally, the interlocking of the blocks is good, preventing the formation of large gaps in any one area, which makes it less susceptible to the extraction of the fill material. 【Features】 ■ The formwork area is particularly small among uniquely shaped blocks, resulting in low manufacturing costs. ■ The cross-sectional area of each component of the block is nearly uniform, providing no weak points in terms of strength. ■ Due to good interlocking during installation, there is minimal change in void ratio even when subjected to wave impacts, resulting in less need for readjustment or replenishment. *For more details, please download the PDF or feel free to contact us.

• Various blocks

The "SEALOCK ADVANCE 61" is a block developed based on the standard SEALOCK model, aiming for economic efficiency, high structural strength, resilience, and coexistence with nature. By reinforcing each part with ribs, the cross-sectional area is increased to ensure high structural strength. By incorporating ridges that are conducive to seaweed attachment and providing multiple flat surfaces in various directions, it secures various spaces of different sizes and offers a habitat for diverse organisms. 【Features】 ■ Wave stability ■ Structural reinforcement ■ Coexistence with the environment ■ Wave attenuation effect (effective reduction of reflected and transmitted waves) ■ Excellent workability, etc. *For more details, please download the PDF or feel free to contact us.

• Various blocks