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Floor construction: Re-vibration and high-density concrete method

High-density 200-year concrete, highly regarded for factories, warehouses, logistics facilities, and roads.

The re-vibration and high-density concrete method removes voids and water paths that cause cracking, utilizing the compaction effect of re-vibration to form a dense structure within the concrete and improve its density. It aims to enhance durability, wear resistance, and impact resistance, delay carbonation, suppress cracking, and shorten construction time through simultaneous execution, thereby extending the service life for various infrastructure developments such as factories, warehouses, logistics facilities, and roads, in line with national resilience policies. 【Features】 ○ Extended service life ○ Significant crack suppression ○ Reduction in construction man-hours ○ Increased asset value ○ Total cost reduction For more details, please contact us or download the catalog.

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Vacuum concrete construction method

Improved durability and shortened construction time through excess water removal! Vacuum concrete method.

The vacuum concrete method is a technique for removing excess water (extra water) and entrained air (air contained in fresh concrete) from within the concrete. This method primarily consists of a vacuum mat and a vacuum pump, and it is applied immediately after pouring. 【Features】 ○ Increased durability ○ Significant crack reduction ○ Freeze prevention ○ Reduced work time For more details, please contact us or download the catalog.

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Re-vibration Method: "Benefits of Re-vibration and High-Density Method"

Ideal for factories, warehouses, and roads! 7 benefits of high-density 200-year concrete.

The re-vibration and high-density concrete method is a construction technique that removes voids and water pathways that cause cracking, meticulously forms an effective structure within the concrete, and aims to improve density. This construction method offers seven benefits: "high density," "smooth floor level," "reduction in material costs," "significant suppression of cracking," "reduction in repair costs," "enhanced delay effect of carbonation," and "increased real estate value." 【Seven Benefits】 1. High density 2. Smooth floor level 3. Reduction in material costs 4. Suppression of cracking 5. Reduction in repair costs 6. Enhanced delay effect of carbonation 7. Increased real estate value *For more details, please refer to the catalog or feel free to contact us.

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200-Year Concrete, Re-vibration High-Density Concrete, JS/JPS Method

Introduction of case studies on re-vibration construction! Reducing cracks and increasing service life! Also contributes to total cost reduction.

Our "JS Method and JPS Method" is a new construction technique that enables simultaneous high-density concrete placement through re-vibration, aiming to reduce construction time, labor, and total costs while enhancing durability, lifespan, and the asset value of buildings. In our case studies, we clearly introduce the features of the "JS Method and JPS Method," as well as the differences from conventional methods and the construction process. 【Features】 ■ Significantly reduces cracking ■ Lower cost compared to conventional methods ■ Excellent delay effect against carbonation *For more details, please download the catalog. Feel free to contact us with any inquiries.

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Re-vibration construction method: "Differences from conventional vibration tampers"

Ideal for factories, warehouses, and roads! High-density 200-year concrete: Three differences from conventional equipment.

The re-vibration and high-density concrete method is a construction technique that removes voids and water channels that cause cracking, and forms a dense effective structure within the concrete to improve its density. There are three differences between the conventional vibration tamper and the vibration tamper used in the re-vibration and high-density concrete method regarding their capabilities to remove footprints, maintain floor level, and eliminate water channels. 【Three Differences from Conventional Vibration Tamper】 1. Footprint Removal Capability ⇒ The conventional vibration tamper has a narrow compaction area, making it impossible to remove footprints. 2. Floor Level Maintenance Capability ⇒ The conventional vibration tamper sinks into the floor, making it difficult to maintain floor level and prone to damage. 3. Significant Water Channel Removal ⇒ The conventional vibration tamper has a narrow compaction area, resulting in insufficient removal of water channels. *For more details, please refer to the catalog or feel free to contact us.

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Re-vibration Method: "Differences Between Conventional Methods and Re-vibration Methods"

Ideal for factories, warehouses, and roads! High-density 200-year concrete: 5 differences from conventional methods.

The re-vibration and high-density concrete method is a construction technique that removes voids and water channels that cause cracking, and forms a dense structure within the concrete to improve its density. There are five differences between the conventional method and the re-vibration and high-density concrete method regarding "floor level," "footprints," "bubble removal," "vibration application," and "number of workers." 【Five Differences from the Conventional Method】 ○ Can achieve a smooth floor level  ⇒ In the conventional method, the floor level is uneven due to "only vibration application" and "narrow compaction area." ○ No footprints left behind  ⇒ In the conventional method, footprints remain and become a cause of defects. ○ Significant removal of surface voids  ⇒ In the conventional method, the surface becomes bean-shaped, making bubble removal difficult. ○ Enables uniform leveling  ⇒ The vibration in the conventional method has a narrow compaction area, making uniform leveling difficult. ○ Reduction in the number of workers  ⇒ In the conventional method, the number of workers increases, leading to higher labor costs. *For more details, please refer to the catalog or feel free to contact us.

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