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Mazzella DOG Mechanical Alloy Chain Sling, Fixed-Leg, Grade 80, 15' Length, 5/8" Chain Size, 31300 lbs Load Capacity at 60°

Product ID : 37130119


Galleon Product ID 37130119
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131,787

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About Mazzella DOG Mechanical Alloy Chain

The Mazzella DOG grade 80 alloy steel double, fixed-leg mechanical chain sling has an oblong master link and a foundry hook on each of the two legs for lifting loads with a two-point bridle configuration in abrasive and high-temperature environments such as foundries and steel mills. This chain sling is made of grade 80 alloy steel, which is suitable for applications that require a lower load capacity than that of a grade 100 alloy steel chain sling. It has greater temperature and abrasion resistance than a web or wire rope sling. The sling has an oblong master link at the top of the sling and a grab hook on each of the two chain legs for two-point bridle lifting configurations. The length of the two legs extending from the master link cannot be adjusted, and the grab hooks have a narrower opening than foundry hooks or sling hooks for connecting to a chain link. The mechanical construction allows for repair of individual components of the chain without replacing the entire sling. A chain sling does not stretch at its maximum load capacity, but it can stretch up to 20% before its breaking point, to provide shock resistance. This sling meets American Society of Mechanical Engineers (ASME) specification B30.9 and Occupational Safety and Health Administration (OSHA) specification 1910.184. Slings are used to lift heavy objects for industrial applications. Types of slings include web slings, wire rope slings, chain slings, and mesh slings. The appropriate type of sling for an application depends on the strength-to-weight ratio, flexibility and resistance to bending, resistance to abrasion and cutting, resistance to crushing, resistance to stretching, and resistance to high temperatures and other environmental stressors. Slings have one, two, three, or four legs. Legs are support branches that extend from a single point at the top of the sling to the item being lifted so the weight of the load is distributed evenly among the branches. Slings