PZM Prestressing Anchorage System – High-Efficiency, Reliable Solution for Modern Construction Projects The PZM prestressing anchorage system is a premium solution engineered for high-performance precast concrete applications, offering exceptional reliability and durability in demanding structural environments. Designed by Chunpeng Group—a global leader in prestressed concrete materials with over three decades of expertise—the PZM system integrates stress-end and fixed-
End anchorage components with either plastic or metal corrugated ducts and PC strands (including wire bundles), ensuring seamless installation and long-term stability. Available in two standard configurations—PZM13 and PZM15—the anchorage supports steel strands up to 2000 MPa tensile strength, making it ideal for bridges, high-rise buildings, viaducts, and other critical infrastructure projects worldwide. Key Features: - Compact and modular design for easy handling and efficient installation - High anchoring efficiency coefficient (≥95%) verified through rigorous testing and field performance - Automatic follow-up behavior under load for consistent tension transfer - Compatible with ultra-high-strength, normal-strength, galvanized, weather-resistant, and corrosion-inhibited PC strands - Advanced safety mechanisms that reduce risk during post-tensioning operations - Engineered for compatibility with both bonded and unbonded tendon systems Detailed Description: The PZM anchorage system represents a significant advancement in post-tensioning technology, combining innovative engineering with real-world application data from international construction sites. Its streamlined architecture allows for quick assembly without compromising structural integrity, while its robust materials ensure resistance to environmental degradation—especially crucial in coastal, industrial, or high-humidity regions. The system’s ability to securely grip multiple strand diameters (PZM13 and PZM15) makes it adaptable across diverse project specifications, from highway bridges to railway platforms and parking structures. Unlike traditional anchorage solutions, the PZM system minimizes slippage and elongation risks due to its optimized geometry and friction-based locking mechanism. This results in improved load distribution, reduced maintenance needs, and enhanced overall lifespan of prestressed elements. Ideal Applications: This anchorage system is widely used in civil engineering projects where precision, safety, and long-term performance are paramount. Common use cases include: - Bridge decks and beams requiring high load-bearing capacity - Tall building columns and floor slabs utilizing post-tensioned concrete - Industrial floors and heavy-duty storage facilities - Marine structures exposed to saltwater exposure - Pre-cast segmental construction methods in tunneling and rail transit projects Customer Testimonials: "Since adopting the PZM anchorage system on our bridge rehabilitation project in Southeast Asia, we've seen a noticeable reduction in anchor-related delays and increased confidence in final tension values." — Structural Engineer, Thailand "Our team appreciated how smoothly the PZM15 units integrated with our existing unbonded strand layout—it was faster than expected and performed flawlessly under extreme temperature fluctuations." — Project Manager, Australia Frequently Asked Questions: What distinguishes PZM anchorage from conventional systems? PZM offers superior anchoring efficiency, automated stress transmission, and greater adaptability to different strand types compared to older wedge-type or locknut-based anchors. It also reduces manual intervention during installation, enhancing site safety. Can PZM be used with galvanized or weather-resistant PC strands? Yes, the system is specifically designed to work seamlessly with galvanized, corrosion-resistant, and anti-environmental-degradation strands, making it suitable for harsh climates and long-service-life requirements. Is the PZM system compatible with both bonded and unbonded tendon systems? Absolutely—it supports both methodologies, allowing flexibility in design choices depending on project-specific loading conditions and maintenance strategies. How does PZM contribute to sustainable construction practices? By minimizing material waste through precise tensioning, reducing rework, and extending service life via corrosion protection features, PZM helps lower lifecycle costs and environmental impact—an essential consideration for modern green building standards.
Contact Now
