Made by hot rolled of high-quality steel; Suitable for use in concrete pressure andtensile stress zones; High corrosion resistance steels available; Large range of types available for various requirements; Building Engineering Approval.
Made by cold rolled of high-quality steel; Suitable for use in concrete pressure and tensile stress zones; High corrosion resistance steels available; Large range of types available for various requirements; Building Engineering Approval.
Anteky Spherical Head Lifting Anchor System, as a premier solution in construction hoisting, demonstrates exceptional performance through three key advantages: Versatile Engineering & Precision Design Its multifunctional design and precision-engineered structure ensure safe and reliable handling of diverse precast concrete elements, making it indispensable for architectural and infrastructure projects. Innovative Load-Management Technology As an industry leader, we integrate steerable and rotatable lifting devices that overcome traditional hoisting limitations—particularly critical for large-scale concrete utility tunnel installations. Modular Anchoring System The companion modular anchoring components cover full-spectrum requirements from standard loads to specialized conditions, delivering customized solutions for all lifting scenarios.
The Anteky Lifting Anchor System is fabricated entirely from steel plates. Its dedicated lifting fixture incorporates a rotary pin that must be rotated during hook connection to prevent accidental disengagement. When installing plate lifting anchors, the base plate becomes permanently embedded in concrete, secured by a dome-shaped former which simultaneously forms a concave recess in the concrete surface.
The Anteky socket lifting system is a highly efficient and reliable solution for precast component lifting. This system primarily consists of two parts: threaded sleeve lifting pins pre-embedded in concrete components and their matching lifting tools. Operators simply need to screw the lifting tool into the sleeve to lift and transport components. This design not only enhances the efficiency of the hoisting process but also significantly reduces safety risks caused by improper lifting operations.
The Steel Core Lift Loops embedded system consists of wire ropes permanently anchored within precast elements. After concrete pouring and when sufficient strength is achieved, formwork removal exposes the Steel Core Lift Loops in precast components, allowing direct connection to crane hooks. Upon completion of component hoisting, the Steel Core Lift Loops may be cut off or encased in concrete.
The Anteky wire rope loop box system is a specialized solution designed for connecting walls between concrete PC components. This system is constructed from galvanized thin steel metal boxes and high-strength galvanized steel wire ropes, making it suitable for wall connections in precast concrete (PC) components. This design not only provides a reliable connection method but also ensures structural integrity and stability through its unique construction, which holds significant importance for improving construction efficiency and guaranteeing project quality.
The Anteky thermal insulation wall special connector is a critical component in insulated wall systems, primarily serving to connect the inner and outer wall panels with the intermediate insulation layer, ensuring the structural integrity and functionality of the wall. Selecting appropriate connector materials and designs can significantly enhance the thermal insulation performance and durability of the wall.
The Anteky Formwork System is a highly efficient and convenient template fixing device widely used in various fields such as prefabricated buildings, precast component production, and on-site installation. Through the use of high-performance neodymium iron boron permanent magnet materials and rational magnetic circuit design, it achieves powerful suction and flexible fixing capabilities.
Anteky rebar coupling sleeve is a mechanical device used for connecting steel bars, suitable for joining large-diameter rebars. It ensures the connection can transmit both tensile and compressive forces, meeting structural design requirements.
Anteky rebar coupling sleeve is a mechanical device used for connecting steel bars, suitable for joining large-diameter rebars. It ensures the connection can transmit both tensile and compressive forces, meeting structural design requirements.
During the bridge construction process, the ANTEKY Bridge Overhang Bracket is often used as temporary support to bear the weight of the bridge, construction equipment, materials, and the load of labours during the construction period. It enhances construction efficiency, simplifies the construction process, and reduces reliance on heavy lifting equipment, thereby accelerating the construction progress.
In modern construction, the rapid and precise installation of prefabricated walls is key to improving construction efficiency and ensuring the safety of structure. To this end, we have introduced an innovative System of Diagonal Bracing specifically designed to optimize the support process for prefabricated walls. The large strut bracing system, through its unique design, can easily and quickly support prefabricated walls. Compared to traditional bracing methods, it significantly reduces labor requirements, making the installation process more efficient.
By 2025, China's nuclear power capacity will rank first in the world for the first time.
In July 2023, Units 5 and 6 of the CGN Ningde Nuclear Power Project in Fujian were approved, with each unit generating nearly 10 billion kWh annually. These units adopt China's independently developed third-generation nuclear technology "Hualong One," with localization rates exceeding 90%. Each unit has a rated electrical output of 1,210 MW and an annual generation capacity of nearly 10 billion kWh, sufficient to meet the annual electricity demand of 1 million people.
On July 28, 2024, the first concrete pouring (FCD) for the nuclear island of Ningde Unit 5 commenced, with commercial operation expected by January 2027. The rail clamping products supplied by Anteky are primarily used for installing tray supports, vertical ladders, and securing and supporting rail systems to ensure the smooth operation of equipment, lifting machinery, and other facilities.
To meet the special requirements of nuclear power conditions, the rail clamps offer convenient installation and high construction efficiency in nuclear power projects. The embedded construction process eliminates the need for drilling, leaving structural integrity unaffected. They feature high corrosion resistance and load-bearing capacity, meeting the demands of century-long projects. The construction site remains clean and pollution-free, requiring no additional installation tools, making them environmentally friendly and energy-efficient.
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