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Prestressed Anchorage Plate
Reliable fixation of tendons – Ensures the prestressing force is transferred accurately into the concrete structure.
Corrosion resistance – Manufactured from high‑quality materials with anti‑corrosion treatments, making it suitable for various environmental conditions.
Precision manufacturing – Produced with strict quality control to guarantee consistent dimensions and performance.
Ease of installation – Designed to simplify installation during construction, improving efficiency on site.
Multiple types available – Available in different configurations (single‑strand, multi‑strand, anchor plates) to fit varying engineering requirements.
The anchorage plate is used in a wide spectrum of prestressed concrete structures, including:
Bridges and viaducts – anchoring tendons in bridge girders, cable‑stayed towers, and other structural components.
Building structures – beams, slabs, columns in prestressed reinforced concrete constructions.
Hydraulic engineering – dams, spillways and other hydraulic structures requiring prestress reinforcement.
Foundation engineering – underground structures, foundation reinforcemen,t and other prestressing‐heavy projects.
Q: What is a Prestressed Anchorage Plate?
A: A Prestressed Anchorage Plate is a structural component used to anchor prestressing tendons in concrete. It transfers the prestressing force from the tendons into the concrete, ensuring structural stability and durability.
Q: What materials are used in Prestressed Anchorage Plates?
A: These plates are typically made from high‑strength steel with anti-corrosion treatment, such as galvanization or epoxy coating, to withstand harsh environmental conditions and provide long-lasting performance.
Q: Where are Prestressed Anchorage Plates used?
A: They are commonly used in prestressed concrete structures like bridges, beams, slabs, columns, hydraulic structures, and foundation projects that require tensioned reinforcement for added strength.
Q: What are the advantages of using Prestressed Anchorage Plates?
Secure and reliable tendon fixation
Corrosion resistance for long-term durability
Precision manufacturing for consistent performance
Easy and efficient installation
Available in multiple types to suit different engineering requirements
Q: How do I select the right anchorage plate for my project?
A: Selection depends on factors like the type of prestressing tendons, load requirements, environmental conditions, and structural design. Consulting with a structural engineer or the manufacturer ensures the correct plate type and specifications are chosen.
