Easy installation allows for reduced construction time! A mechanical rebar joint born from the trust in friction welding.
The "EG Joint" is a mechanical rebar joint created from the reliability of the deformed bars produced by Godo Steel and friction welding. It allows for easy construction and reduces construction time. 〇 Obtained A-class evaluation according to the performance evaluation standards for rebar joints (Ministry of Construction Notification No. 31) (Japan Architectural Center Evaluation Number: BCJ-RC0538-01) 〇 Confirmed SA-class performance for joint components in the "Guidelines for Rebar Anchorage and Joints [2007 Edition]" by the Japan Society of Civil Engineers 【Features】 ○ Simple installation by just tightening with a torque wrench ○ No grout material required ○ Reduces construction time and labor without the need for special technical skills ○ Compact and well-fitting ○ High structural reliability as all stress transfer occurs through steel 〇 No waste industrial materials generated since no grout material is used * Godo Steel Co., Ltd. and Asahi Kogyo Co., Ltd. established a joint sales company, "Kanto Daybar Steel," in 2019. * For more details, please contact us or download the catalog.
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basic information
○Use of Reinforcing Steel →Steel Types: SD295, SD345, SD390 Designations: D13 to D32 ●For more details, please contact us or download the catalog.
Price information
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![Evaluation Report [EG Joint (BCJ Evaluation)]](https://image.www.ipros.com/public/catalog/image_generated/01/35e/339555/339555_IPROS8755206303278157193_1.jpg?w=120&h=170)
CAD data（1）
| Model number | overview | File |
|---|---|---|
| EG Joint / EG Splice Joint Standard Drawing (DWG) | This is the standard drawing (DWG) for EG joints and EG butt joints. |
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Company information
Our company has contributed to society through the provision of steel products that support infrastructure, based on the steelmaking technology we have cultivated for over half a century since 1937. This includes reinforcing bars that support reinforced concrete structures, which are a major construction method in civil engineering, as well as wire rods and shapes used in various urban infrastructures, and structural bars that serve as key components in industrial machinery. During this time, we have consistently worked on advancements in production and product technology, responding to societal and customer demands by developing mechanical coupling methods for reinforcing bars that improve productivity in construction, high-strength steel, and providing steel materials that enhance workability and reduce processes for our customers. While steel production is expanding globally, in our country, which is a steel advanced nation, the generation of steel scrap, which consists of steel products that have already reached the end of their useful life, is quantitatively sufficient to support steel production in the civil engineering sector, which is the core of domestic infrastructure development. The role our company plays in the "reutilization" of iron resources, utilizing domestic resources like steel scrap with minimal energy to contribute to the formation of social capital, is becoming increasingly important. The harmony of people, technology, and the natural environment is essential, and the Joint Steel Group will steadily advance in pursuing the unknown realms and possibilities of iron.