Tuerca hexagonal baja DIN 439 2 Acero Galvanizado caliente 04 oversized01580
Tuerca hexagonal baja DIN 439 2 Acero Galvanizado caliente 04 ISO métrico01586
Tuerca hexagonal baja DIN 439 2 Acero Sin revestimiento 0411060
Tuerca hexagonal baja MF DIN 439 2 Acero Sin revestimiento 0411070
Tuerca hexagonal baja MF DIN 439 2 Acero Sin revestimiento 04 rosca izquierda11074
Tuerca hexagonal baja MF DIN 439 2 Acero Cincado 04 rosca izquierda11075
Tuerca hexagonal baja DIN 439 2 Acero Cincado 0411360
Tuerca hexagonal baja DIN 439 2 Acero Cincado pasivado amarillo 04 M811350.080.001
Tuerca hexagonal baja MF DIN 439 2 Acero Cincado 0411380
Tuerca hexagonal baja DIN 439 2 Latón CU2/CU347030
Tuerca hexagonal baja DIN 439 2 Acero Cincado 04 rosca izquierda11382
Tuerca hexagonal baja UNC ASME ≈B18.2.2 Acero de corte Cincado 0411840
Tuerca hexagonal UNF ASME B18.2.2 Acero de corte Cincado 0411860
Tuerca hexagonal baja DIN 439 2 Acero inoxidable (Inox) A4 03555090
Tuerca hexagonal baja MF DIN 439 2 Acero inoxidable (Inox) A4 04055092
Hexagon thin nut DIN 936 Acero inoxidable (Inox) A455221
Tuerca hexagonal baja MF DIN 439 2 Acero inoxidable (Inox) A2 035 rosca izquierda51166
Hexagon thin nut DIN 936 Acero inoxidable (Inox) A251221
Hexagon thin nut MF DIN 936 Acero inoxidable (Inox) A2 03551222
Tuerca hexagonal baja DIN 439 2 Acero inoxidable (Inox) A2 03551090
Jam nuts, a specialised hardware component, are thinner than standard nuts and are designed with a primary focus on securing threaded fasteners against loosening under vibration and torque. Their low profile makes them ideal for applications with limited space. These nuts, often overlooked but crucial, play a significant role in various mechanical assemblies. They are particularly essential in environments subject to high vibration or dynamic loads, where maintaining joint integrity is of utmost importance.
Jam nuts are commonly employed in the automotive, aerospace, and manufacturing industries. Tightening a jam nut against a standard nut on the same bolt or threaded rod acts as a locknut, preventing the primary nut from turning and loosening over time. This functionality is vital for ensuring the stability and safety of the assembly in challenging conditions.
When selecting jam nuts, several key factors must be considered. The choice of material affects the nut's strength, corrosion resistance, and suitability for specific environments, with standard options including stainless steel and carbon steel. Choosing a jam nut that matches the thread size and type of bolt or stud it will be used with is crucial to ensure a secure fit. Additionally, consider the mechanical and environmental demands of the application, such as exposure to extreme temperatures or chemicals. Lastly, the nuts must meet standards like ISO and DIN to guarantee reliability and compatibility with other components.
At Fabory, we understand the importance of choice. That's why we offer a wide variety of jam nuts that meet several standards including DIN 439-2, DIN 936, ISO 4035, and ASME B18.2.2. These jam nuts are available in materials such as steel, stainless steel, brass, and free-cutting steel, and come with surface treatments like plain, zinc plated, hot dip galvanized, nickel plated, and zinc flake Cr 6+ free - ISO 10683. The sizes range from M1.6 to M64 in metric, and from 1/4 inch to 1 inch in imperial measurements, giving you the power to choose the perfect fit for your application.