HV structural nut EN 14399-4 Steel Hot dip galvanized 1004226
Structural nuts, classified under the HV category, are engineered for high-strength applications with critical joint integrity and load-bearing capacity. These nuts are optimised for structural assemblies, making them indispensable in heavy construction and infrastructure projects due to their robust characteristics.
These nuts are primarily employed in constructing high-load structures such as bridges, buildings, towers, and industrial facilities. They are also prevalent in manufacturing heavy machinery and vehicles, where joint failure can lead to catastrophic outcomes. These nuts ensure that critical assemblies withstand operational stresses and vibrations in the aerospace and automotive sectors.
Selecting the appropriate structural nuts involves several key considerations: the material is typically high-grade alloy steel to withstand high pressure and severe conditions. They come in various diameters and thread configurations to suit different bolt types and load requirements. Adherence to international standards like ISO and DIN is essential, as these prescribe specific properties and quality benchmarks. Corrosion resistance, often achieved through protective coatings such as zinc or galvanising, is crucial for outdoor and harsh environments. Proof load and tensile strength specifications determine the load the nut can handle before failing, ensuring structural integrity.
Fabory's structural nuts (HV) adhere to the EN 14399-4 standard, ensuring they meet stringent quality and performance benchmarks for high-strength applications. These nuts are made from high-grade steel, offering superior strength and durability essential for demanding structural uses. They come in sizes from M12 to M48, making them suitable for various construction and industrial applications. Additionally, they are available in surface treatments such as hot dip galvanised and plain finishes, providing options for enhanced corrosion resistance and longevity in harsh environments.