芦森工業 Product Lineup

This is a seamless three-dimensional woven fabric that eliminates seams created by sewing or adhesive. Due to its woven structure, it has high dimensional stability and achieves a high-strength, high-pressure structure that does not have sewing parts as weak points. Furthermore, it can accommodate complex three-dimensional shapes that continuously change from small to large diameters due to its varying diameter structure. We support everything from prototyping to joint development and mass production considerations, assisting in the development of structures and products that have never existed before.

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"Rojiodoren" is a drainage pipe for landslide countermeasures that has good drainage properties while preventing soil runoff and is easy to install. Recently, landslides triggered by earthquakes and heavy rainfall have been increasing. Effective drainage of groundwater is necessary for landslide countermeasures. Our product has been confirmed to not discharge soil particles compared to general rigid PVC perforated pipes, based on the results of a continuous 100mm rainfall experiment. [Features] - Excellent drainage: 45,000 fine holes per meter - No soil runoff: Hole diameter is less than 100μ - Good workability: Used with VP40 exterior *For more details, please refer to the PDF document or feel free to contact us.

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The palace sheet consists of a jacket, filler material, and civil engineering sheet. After laying the civil engineering sheet, a special mortar is filled into the jacket, which is assembled in a grid pattern, easily forming a rigid grid reinforcement frame. This grid reinforcement frame can distribute the loads applied to it, preventing ground subsidence (uneven settlement) and local deviations in cover pressure when heavy machinery is in operation. Since ground improvement such as cement solidification is not required, the method is suitable for constructing temporary roads on leased land, as it allows for restoration simply by removing the palace sheet after the work is completed.

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The "Preload Shell Method" is a technique used in civil engineering to early suppress ground subsidence and stabilize tunnels. By setting a bag body between the ground and the support structure and filling the bag with non-shrink mortar, the support structure and the ground are integrated, demonstrating reliable support capacity. For this method, a rapid-hardening filling material called "Preload Mortar" and pressure-resistant bag bodies have been developed, ensuring stable quality. [Features] ■ Suppresses ground subsidence during civil engineering work ■ Demonstrates reliable support capacity ■ Original rapid-hardening filling material "Preload Mortar" ■ Original pressure-resistant bag body "Preload Jacket" *For more details, please refer to the PDF materials or feel free to contact us.

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The "SZ Pile" is a soil retention material made of H-shaped GFRP that can be cut using a shield machine. Its physical properties, such as strength and elasticity, are stable, allowing for safe design similar to H-shaped steel. Additionally, construction work can be handled in the same way as with H-shaped steel. Furthermore, by embedding high-strength bolts in the flange, it is possible to install a bracket plate as an option. 【Features】 ■ Integrated molded H-shaped GFRP product ■ Bracket for belly support can be installed ■ Cuttable ■ Environmentally friendly *For more details, please refer to the catalog or feel free to contact us.

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