3/4-16 UNF x 1.125 Inch Imperial Thin Hexagon Nuts (ASME B18.2.2) - Black Marine Stainless Steel (A4) Description
The 3/4-16 UNF x 1.125 Inch Imperial Thin Hexagon Nuts (ASME B18.2.2) - Black Marine Stainless Steel (A4) has the following features:
- ASME B18.2.2 Manufacturing Standard
- Marine Stainless Steel (A4) Material
- Marine Stainless Steel (A4) Material Specification
- Matte Black Finish
- 16 TPI Thread Pitch
- 15 - 30 Degrees Chamfer Angle
- Imperial Metric or Imperial?
- 3/4-16 UNF Thread Size
- 0.446 inch Nut Thickness (T)
- +0/-0.048 inch Nut Thickness (T) Tolerance
- 1.125 inch Socket Size (J)
- +0/-0.037 inch Socket Size (J) Tolerance
- 1.299 inch Nut Width Across Points (P)
Discover more about the Imperial Thin Hexagon Nuts range.
Imperial Thin Hexagon Nuts, also known as Jam Nuts, are integral parts of precision assemblies that necessitate secure fastening in confined spaces. Their design attributes conform to the Imperial measurement system, with specifications defined in inches. These nuts are identifiable by their hexagonal form, which confers several technical advantages including facilitating optimal stress distribution across the six faces and providing an excellent grip for torque application during fastening processes.
How Imperial Thin Hexagon Nuts Work
The function of an Imperial Thin Hexagon Nut is to securely engage with a corresponding male imperial threaded component, such as an imperial hex bolt or threaded rod. Their thin profile sets them apart from standard imperial hex nuts, enabling installation in tight spaces where depth is limited. The hexagonal exterior offers a six-point contact interface, delivering uniform load distribution during torque application. This multipoint contact arrangement also reduces the risk of slippage or deformation during high-torque operations.
What Material Are Imperial Thin Hexagon Nuts Made From?
Understanding that the performance of Imperial Thin Hexagon Nuts hinges on their material properties, our range is manufactured using high-grade stainless steel variants, including A2 and A4, for enhanced corrosion resistance and durability. We also provide grade 4.6 mild steel versions for applications requiring less corrosion resistance but more malleability. The choice of material directly corresponds to the application requirements such as tolerance to environmental factors, load-carrying capacity, and exposure to corrosive substances or extreme temperatures.
What Size and Type Imperial Thin Hexagon Nuts Are Available?
Our selection of Imperial Thin Hexagon Nuts spans a comprehensive array of sizes to cater to a myriad of engineering specifications. We offer everything from the small 1/4-20 inch size for intricate assemblies to larger 9/16-18 Inch variants for robust, heavy-duty applications. Beyond the material choice, we offer additional customisations in the form of different finishes.
Our AccuBlack service offers a satin black finish that is perfect for optical instruments where glare reduction is crucial, or simply when a black nut is required to match other components in an assembly. For applications where vibration-induced loosening can be a concern, we offer a variety of thread-locking patches to improve the retention of your Imperial Thin Hexagon Nuts.
FAQs
Q: How does the design of Imperial Thin Hexagon Nuts contribute to their performance in precision applications?
A: The slim design of Imperial Thin Hexagon Nuts makes them suitable for installations where space is at a premium. Additionally, their hexagonal form enables a six-point contact interface, delivering uniform load distribution during torque application and ensuring high resistance to deformation under load.
Q: Can these nuts be employed in corrosive environments or outdoor conditions?
A: Absolutely, material choices such as A2, A4 grade stainless steel confer excellent corrosion resistance, making them suitable for outdoor or corrosive environments.
Q: What tooling is compatible with Imperial Thin Hexagon Nuts?
A: For fastening these nuts, a spanner, a socket wrench, or an adjustable wrench of an appropriate size can be used. This tooling provides an excellent grip on the hexagonal faces, allowing for secure tightening or loosening.
Q: How can I ascertain the appropriate size of the nut for my project?
A: The correct nut size should be determined based on the size of the mating male imperial thread, the load the assembly will bear, the available installation space, and the torque required for secure fastening.
Q: Does Accu have a minimum order quantity for Imperial Thin Hexagon Nuts?
A: At Accu, we accommodate orders of any size - you can purchase a single Imperial Thin Hexagon Nut or place a bulk order as per your project requirements.
