Steel Fiber: Superior Reinforcement for Concrete Applications
スチールファイバーGHE SF-35
フィベレゴの Glued Hooked End Steel Fiber 35mm enhances concrete strength, crack resistance, and durability. Ideal for industrial flooring, infrastructure, and precast projects.
Glued Hooked End Steel Fiber GHE SF-45
フィベレゴの Glued Steel Fiber 45mm enhances concrete strength, crack resistance, and durability. Ideal for industrial flooring, transportation, and precast applications.
Glued Hooked End Steel Fiber GHE SF-60
フィベレゴの Glued Steel Fibre 60mm improves concrete strength, crack resistance, and durability. Ideal for industrial floors, highways, and precast infrastructure projects.
ブラスコーティング・マイクロスチールファイバー BCM SF-06
フィベレゴの Brass Coated Micro Steel Fiber 6mm enhances concrete strength, crack resistance, and durability. Ideal for industrial floors, bridges, and precast applications.
Brass Coated Micro Steel Fiber BCM SF-09
フィベレゴの Brass Steel Fiber 9mm enhances concrete strength, crack resistance, and durability. Perfect for industrial flooring, transportation infrastructure, and precast components.
Brass Coated Micro Steel Fiber BCM SF-12
フィベレゴの Copper-Coated Steel Fiber 12mm enhances concrete strength, crack resistance, and durability. Perfect for industrial flooring, infrastructure, and precast components.
フック・エンド・スチール・ファイバーHE SF-35
フィベレゴの Hooked End Steel Fiber 35mm enhances concrete strength, crack resistance, and durability. Ideal for industrial floors, bridges, tunnels, and precast applications.
Hooked End Steel Fiber HE SF-45
フィベレゴの Loose Hooked End Steel Fiber 45mm improves concrete strength, crack resistance, and durability. Ideal for industrial floors, bridges, tunnels, and precast applications.
Hooked End Steel Fiber HE SF-60
フィベレゴの Hooked End Steel Fibre 60mm improves concrete strength, crack resistance, and durability. Ideal for industrial flooring, bridges, tunnels, and precast applications.
接着フック付エンド真鍮コーティング鋼繊維GHEB SF-06
フィベレゴの Glued Brass Coated Hooked End Steel Fiber 6mm enhances concrete strength, durability, and crack resistance. Perfect for industrial flooring, infrastructure, and precast applications.
Glued Hooked End Brass Coated Steel Fiber GHEB SF-09
フィベレゴの Copper-Coated Hooked End Steel Fiber 9mm enhances concrete strength, crack resistance, and durability. Perfect for industrial flooring, infrastructure, and precast components.
Glued Hooked End Brass Coated Steel Fiber GHEB SF-12
フィベレゴの Brass Coated Hooked End Steel Fiber 12mm enhances concrete strength, crack resistance, and durability. Perfect for industrial flooring, infrastructure, and precast components.
FAQ
1. What is Steel Fiber, and how does it enhance concrete?
スチールファイバー is a reinforcement material widely used in construction to enhance the mechanical properties of concrete. It improves structural strength, reduces crack widths, and increases resistance to impact and abrasion.
2. What are the different types of Steel Fiber available?
Steel Fibers come in various types, including glued hooked-end fibers, copper-coated micro steel fibers, and brass-coated hooked-end fibers. Each type offers unique bonding characteristics and mechanical anchorage within the concrete matrix.
3. How should Steel Fiber be incorporated into the concrete mix?
Steel Fibers are typically added directly to the dry concrete mix. Ensure thorough mixing to achieve uniform fiber distribution, which is crucial for optimal performance.
4. What is the recommended dosage of Steel Fiber for concrete reinforcement?
The optimal dosage varies based on project requirements. Consulting with a structural engineer or referring to manufacturer guidelines can help determine the appropriate amount for your specific application.
5. Can Steel Fiber replace traditional steel reinforcement in concrete structures?
In certain specific circumstances, steel fiber can entirely replace traditional steel reinforcement bar (“rebar”) in reinforced concrete. This is most common in industrial flooring but also in some other precasting applications. Typically, these are corroborated with laboratory testing to confirm that performance requirements are met. Care should be taken to ensure that local design code requirements are also met, which may impose minimum quantities of steel reinforcement within the concrete.