







Hanging nails serve as vital fasteners ingeniously embedded within prefabricated buildings. These indispensable components primarily function to connect and secure prefabricated units, ensuring unwavering stability and safety during the lifting process. Below is a comprehensive exploration of the exquisite features of our hanging nails:
1, Basic functions
Our expertly crafted hanging nails are seamlessly integrated into prefabricated elements to establish robust connection points pivotal for lifting. Throughout the lifting process, they effortlessly withstand the immense weight of prefabricated components, facilitating their safe and steady elevation to the desired position with unparalleled reliability.
2, Main types
Designed to cater to diverse structures and specific purposes, hanging nails are available in multiple types, among which the most prevalent are:
1. Round head hanging nail: This type is expertly embedded on concrete surfaces via a hemispherical sleeve. The circular fixed end anchor at the opposite end efficiently transfers the lifting load to the concrete, making it ideal for both conventional residential prefabricated elements and industrial edifices. It boasts swift lifting capabilities.
2. Threaded hanging nails: Known for their straightforward installation, these nails are effortlessly anchored in concrete, eliminating the need for specialized grooves. During lifting, the external threaded lifting device can be conveniently screwed into the nail sleeve, establishing a secure connection in no time.
3. Flat hanging nails: Crafted from precision-processed steel plates, flat hanging nails feature a lower steel plate anchored within the concrete, with an exposed plate connecting to a specialized lifting device through meticulously designed end holes. They excel in lifting system wall panels and various other applications.
3, Material and Craftsmanship
Constructed from premium high-strength steel, our hanging nails are engineered to bear the substantial weight of prefabricated components with ease. Their production involves advanced techniques such as red stamping and hot forging, which significantly bolster their strength and resilience. Additionally, meticulous surface treatment processes like sandblasting and galvanizing enhance their corrosion resistance and aesthetic appeal.
4, Specifications and Load Capacity
Hanging nails boast versatile specifications, including diameter, length, and load-bearing capacity, tailored to meet the diverse needs based on the weight, shape, and lifting requirements of prefabricated elements. Remarkably, a single round head hanging nail can sustain up to 32 tons, though precise selection accounts for factors like concrete strength and optimal layout of hanging points.
5, Precautions for use
1. Thoughtful arrangement of lifting points: Ensuring an even distribution of lifting nails on prefabricated assemblies is crucial to mitigate stress concentration during hoisting.
2. Meticulous installation of hanging nails: Adhering to applicable standards and specifications is imperative to guarantee a steadfast connection with concrete. Employ specialized tools for fastening and meticulously verify the positioning and integration of the hanging nails.
3. Selection of appropriate lifting techniques and equipment: Choose suitable lifting methodologies and machinery tailored to the weight and configuration of prefabricated components, ensuring utmost safety and stability throughout the process.
4. Rigorous load-bearing capacity testing: When necessary, conduct thorough load-bearing evaluations of hanging nails to ascertain their performance reliability and safety.
6, Application scenarios
Hanging nails find extensive application across the dynamic realm of prefabricated construction, encompassing the elevation of wall panels, stairs, beams, columns, and more. By seamlessly embedding hanging nails, rapid and secure connection and fixation of prefabricated components are achieved, significantly enhancing construction efficiency and quality.