Whether you’re a home DIY enthusiast or a professional contractor, you might have to invest in a beam clamp to lift a heavy load. Depending on the purpose of your lifting, you might need to secure the beam to the roof of your shop, a warehouse, or an industrial plant. Beam clamps lifting are not as common as you may think, but they’re an essential tool for any construction job.
Choose a beam that is compatible with the weight of your load:
Beam clamps are sturdy, versatile, and durable. They’re often made of heavy steel or a combination of metals, such as cast iron, aluminum, and wrought iron. Because they’re designed for general lifting applications, you want to buy a clamp that is compatible with the weight of your load. Beam clamps are capable of supporting a lot of weight at one time, so it’s essential to make sure that the product you’re buying is strong enough to handle the weight.
Consider the size:
The next consideration is the size. The width and length of the jaws of the beam clamp are two major factors. Different models are designed to fit a variety of widths and lengths, but they vary in thickness, which could be a factor for you if the workpiece is smaller than normal. The shackle at the bottom will ensure the beam clamp remains tight even if it’s angled away from the vertical.
Make sure they are adjustable and have jaws:
Beam clamps should be adjustable and have jaws that open smaller than those that open wider. It’s also important to keep in mind the size of the workpiece you’re lifting. If you’re using beam clamps in confined spaces, the size of the workpiece may be too large for the clamp to hold it securely. In that case, you should consider the weight and width before deciding on the beam clamps.
Beam clamps should be heavy-duty:
This is because they’re designed to be used anywhere, from indoors to outdoor locations. The material must be suitable for the area where you’re going to use the beam clamp. It must be made of strong steel with a safety powder coating. It should be corrosion-resistant and resistant to rust. Moreover, the material used for the clamp should be strong enough to support the weight of the load.