XQV BJM15 Dead End Flat Anchorage – Multi‑Strand Extruded Anchorage for Post‑Tensioning

The XQV BJM15 dead end flat anchorage is extruded by the GYJ extruder. The extrusion sleeve deforms plastically to grip the steel strand securely. The strand’s tension is transferred to the concrete component through the extrusion sleeve and a special bearing plate, with an anchoring efficiency coefficient of approximately 95% — ensuring reliable prestress effectiveness.

The P‑type flat anchor has a flat shape, with smaller dimensions in one direction compared to other anchors. It is ideal for space‑constrained component ends, reducing structural thickness and excelling in space‑sensitive areas. The design distributes stress uniformly, overcoming the issue of concentrated prestress in group anchor systems, enhancing mechanical performance and minimizing stress‑induced damage.

Embedded directly into concrete, it is tensioned after the concrete reaches design strength. With simple construction and good compatibility with tensioning end anchors, it streamlines the overall prestressing process.

• Bridge Engineering: Deck transverse prestressing, hollow slabs, low‑height box girders in highway and railway bridges — improving bearing capacity and service life.
• High‑Rise Buildings: Prestressing of floor slabs and beams to reduce deformation and cracking, enhancing safety and durability.
• Water Conservancy & Hydropower: Dams and spillways to improve impermeability, sliding stability, and resistance to water pressure.
• Geotechnical Anchoring: Rock slope protection, foundation reinforcement, tunnel and mine roof anchoring — preventing landslides and collapse.
• Other Fields: Wind power projects, nuclear power construction, offshore/onshore photovoltaic flexible supports, LNG storage tanks — ensuring structural safety and stability.

※ Parameters for reference only. Subject to change without notice. Final interpretation right belongs to our company.