"barrel and wedges anchor system"
Found 14 Products
Barrel and Wedges
Barrel and Wedges are critical components used for anchoring single prestressing strands in post-tensioned concrete structures. Together, they form a compact and efficient anchoring system widely used in bridges, buildings, geotechnical engineering, and other post-tensioned applications. Barrel Features & Advantages Superior Material: Made from high-quality alloy steel through forging or precision casting, followed by heat treatment for high strength, hardness, and good
Anchor Set
This Anchor Set is a precision-engineered fastening solution designed for critical, high-load applications. It combines an ultra-hard wedge for superior gripping force with a high-strength, corrosion-resistant barrel for structural support. Together, they form a reliable and durable system for secure load transfer in demanding environments. Technical Specifications Wedge (Anchor Clip) Material: 20CrMnTi Alloy Carburizing Steel - A premium case-hardening steel renowned for its
Round Anchor Head
The Round Anchor Head serves as a core anchoring component for post-tensioning prestressed concrete systems, featuring a compact circular structure. Engineered specifically to secure prestressed steel strands (12.7mm, 15.2mm, 15.7mm), it efficiently transmits tension to concrete structures. Widely utilized in bridges, precast components, and high-rise building construction, this component complies with GB/T 14370, ISO, and ASTM standards, ensuring reliable performance across
Stressing slab post tensioning Flat Anchorage for 3 Strands Wedge
The 3-strand stressing slab post-tensioning flat anchorage with matching wedges is a high-performance prestressing component engineered for medium-span thin-walled concrete structures. Ideal for small-to-medium bridges, floor slabs, and precast concrete panels, it securely locks 3 flat steel strands via a self-locking wedge mechanism. This system delivers stable prestress retention, effectively enhancing structural crack resistance and load-bearing capacity while fitting
Slab Anchor Head Wedge for 2 Strands
Slab Anchor Head Wedge for 2 Strands If you're looking for a reliable anchoring solution for 2-strand steel cables in prestressed engineering, the Slab Anchor Head Wedge for 2 Strands is your ideal choice. Designed for bridges, buildings, and geotechnical projects, this wedge anchor ensures stable, high-efficiency tension locking for 2-strand systems. What Is a Slab Anchor Head Wedge for 2 Strands? The Slab Anchor Head Wedge for 2 Strands is a specialized prestressed
Black electrophoretic coated single-hole anchor barrel
Premium Barrel for Prestressed Concrete Applications Discover our premium barrel, meticulously engineered for prestressed concrete applications and designed to deliver maximum load transfer efficiency, durability, and installation reliability. Ideal for use with prestressing wedges, this anchor barrel is a critical component in post-tensioning systems across bridges, buildings, highways, and industrial infrastructure. Key Features and Benefits Precision-Machined for Perfect
Mono Anchor Head Wedge for unbond strand
The Mono Anchor Head Wedge is a high-performance prestressing component engineered for unbonded steel strands, commonly used in construction, bridges, and slope stabilization. Designed to deliver reliable, long-lasting anchorage, this system combines a robust anchor head and precision-machined wedge clips to secure single unbonded strands with exceptional tensile strength. Key Features Optimized for Unbonded Strands: Tailored to fit standard unbonded steel strands (e.g., 15
Slab Anchor Head Wedge for 3 Strands
Slab Anchor Head Wedge for 3 Strands In prestressed engineering applications such as bridges and buildings, the Slab Anchor Head Wedge for 3 Strands provides a professional anchoring solution specifically engineered for 3 steel strands. With its precision-engineered structure and reliable self-locking performance, it delivers stable tension locking for 3-strand systems, making it ideal for various high-stress construction scenarios. What Is a Slab Anchor Head Wedge for 3
Round Anchor Head 1 hole strands
The 1-hole round anchor head is a prestressed anchorage assembly engineered specifically for single strands in infrastructure applications. This precision component ensures reliable anchoring performance through its optimized design and robust construction. Core Structure & Components Anchor Ring: Manufactured from 45# steel with quenched and tempered heat treatment, featuring black oxidation surface finish and a conical inner hole designed to perfectly match the wedges.
Round Anchor Head 6 hole strands
The 6-Hole Round Anchor Head is a heavy-duty prestressed anchorage component engineered to secure 6 steel strands in a single assembly, optimized for high-load prestressed concrete systems. Ideal for mega-span bridges, heavy industrial infrastructure, and super high-rise buildings, its precision 6-hole layout ensures uniform force distribution across all strands, enabling stable tensioning and long-term, slip-resistant fixation. Crafted from premium alloy steel, this anchor
Round Anchor Head 9 hole strands
Product Overview The 9-Hole Round Anchor Head is an ultra-high-load prestressed anchorage component engineered for large-scale, heavy-duty prestressed projects. Designed to centrally secure 9 steel strands, this critical component serves prestressed concrete systems in mega-span bridges, super-heavy infrastructure, and high-rise industrial buildings. Its precision-machined 9-hole layout ensures uniform force distribution across all strands, while industrial-grade alloy
Round Anchor Head 11 hole strands
Product Overview The 11-Hole Round Anchor Head is an ultra-high-capacity prestressed anchorage component engineered for large-scale, heavy-tension prestressed projects. Designed to centrally secure 11 steel strands in a single assembly, this critical component of prestressed concrete systems is widely applied in mega-span bridges, super-heavy industrial infrastructure, and ultra-high-rise buildings. Its precision-machined 11-hole layout guarantees uniform force distribution