Handcrafted 700 23t 16/32 : Magnaloy 700 Hub 23-tooth 16/32 Stl Bush, M700b2316 Tool [m5MuvUlP]

Magnaloy 700 HUB 23-TOOTH 16/32 STL BUSH

Experience the excellence of the Magnaloy 700 HUB 23-TOOTH 16/32 STL BUSH, a premium drive coupling designed for unmatched performance and reliability. This innovative coupling, crafted from lightweight magnesium, offers a remarkable strength-to-weight ratio, making it 76 percent lighter than cast iron and 36 percent lighter than aluminum units, without compromising on durability. The Magnaloy 700 HUB is perfect for applications where efficiency and strength are paramount.

Product Properties and Specifications

The Magnaloy 700 HUB 23-TOOTH 16/32 STL BUSH is engineered with precision, featuring close machining tolerances (TIR of .002Ó) that ensure vibration-free operation. This advanced design provides easy, accurate alignment without the need for special tools. The coupling comes with a standard single set-screw over the keyway, offering a secure fit. For enhanced shaft gripping forces, optional double set-screws are available at either 45 degrees or 90 degrees to the keyway, as specified by DSS45 or DSS90 following the hub part number. Additionally, the Clamp feature is available for bored and keyed hubs, specified by C following the hub part number, further enhancing the versatility of this product.

Practical Uses and Benefits

The Magnaloy 700 HUB 23-TOOTH 16/32 STL BUSH is an ideal solution for a wide range of applications. Its reduced weight and increased strength minimize loads on bearings, shafts, and pumps, extending component life. The corrosion-resistant and rust-proof construction ensures long-lasting performance in challenging environments. Its ease of handling and installation make it a preferred choice for maintenance teams. Whether you are working in industrial settings or on complex machinery, this coupling offers the perfect balance of strength, durability, and efficiency. Choose the Magnaloy 700 HUB for peace of mind and superior performance in your operations.