Free Shipping 600 13t 8/16 : Magnaloy 600 Hub 13-tooth 8/16 W/steel Bushing & Clamp, M600b1308c Perfect Gift [cRQ642P7]

Magnaloy 600 HUB 13-TOOTH 8/16: A Lightweight Solution

Introducing the Magnaloy 600 HUB 13-TOOTH 8/16, a revolutionary flexible drive coupling designed for unmatched performance and durability. Crafted from lightweight magnesium, this coupling is 76% lighter than cast iron and 36% lighter than aluminum, yet boasts a superior strength-to-weight ratio. Its solid magnesium alloy construction ensures robustness and longevity, making it an ideal choice for a wide range of applications.

• Lightweight magnesium construction reduces loads on bearings, shafts, and pumps, extending component life.
• Rust-proof and corrosion-resistant properties ensure reliability in challenging environments.

Technical Specifications and Features

The Magnaloy 600 HUB 13-TOOTH 8/16 comes with a single set-screw over the keyway for easy installation and alignment. For enhanced shaft gripping forces, optional double set-screws are available at either 45 degrees or 90 degrees to the keyway. This design increases hoop-stresses, providing greater gripping power. Additionally, the clamp feature is available with bored and keyed hubs, offering flexibility in mounting options.

• Single set-screw for straightforward installation and alignment.
• Optional double set-screws at 45 or 90 degrees for increased gripping force.

Practical Applications and Benefits

Perfect for a variety of industrial and mechanical applications, the Magnaloy 600 HUB 13-TOOTH 8/16 is a reliable choice for businesses looking to improve efficiency and reduce maintenance costs. Its lightweight design not only makes handling and installation easier but also minimizes stress on components, leading to longer service life. Whether you're in manufacturing, construction, or any other industry, this coupling delivers exceptional performance and durability.

• Improved efficiency and reduced maintenance costs due to the lightweight design.
• Longer component life through reduced stress and enhanced durability.