When maintaining industrial machinery and welding equipment, the integrity of every connection matters. The Miller 270206 Screw is a genuine OEM replacement part designed to meet the rigorous specifications of Miller Electric equipment. This fastener features a 1/2-13 UNC thread pitch and a length of 1.75 inches, making it a substantial component for structural assembly and chassis security. As a flat head socket screw, it is engineered to sit flush with the mating surface when installed in a countersunk hole, providing a smooth, snag-free finish that is essential for external panels or moving parts.
The socket drive interface, commonly known as an Allen or hex drive, allows for the application of higher torque compared to slotted or Phillips heads. This ensures that the screw can be tightened securely to withstand the vibration and mechanical stress often present in industrial environments. Manufactured from high-quality steel with a plain finish, this screw offers the strength required for heavy-duty applications. Using genuine OEM parts like the Miller 270206 ensures that the metallurgy and dimensional tolerances align perfectly with the original engineering of your machine, preventing issues such as thread stripping or loosening over time.
Maintenance professionals understand that replacing hardware with the exact specified part is critical for safety and longevity. Generic fasteners may not match the shear strength or thread quality of OEM components. This product is sold as a package of two, providing a convenient solution for repairs that typically require matching pairs of fasteners. Whether you are repairing a power source, a wire feeder, or an industrial cart, relying on authentic Miller parts from Josef Gas ensures your equipment remains in peak operating condition.
Key Specifications:
| Additional Information |
|---|
| Brand:Miller |
| Packaging Description:pack of 2 |
| Thread Size:1/2-13 UNC |
| Length:1.75 in |
| Head Type:Flat Head Socket |
| Material:Steel |
| Finish:Plain |
| Drive Type:Hex Socket (Allen) |
