The process of selecting the right nuts and bolts for Toronto projects may not be quite as straightforward as it would at first appear. There are actually many different shapes, sizes, and types of nuts, bolts, screws, and rivets that may be used. Nuts and bolts are quite similar in nature in that they are both used for fastening components together. This could be on a permanent or a temporary basis.
While many structures, including those constructed of steel are supported by numerous other parts, in the end, they are commonly bolted together. As a result, it is imperative that the right bolt be selected for the job. Hex bolts are among the more common types of bolts, feature a basic shape, and offer a universal fastener application. This type of bolt is most commonly used in the auto and construction industries. A matching nut is typically required for use with a hex bolt.
In choosing nuts and bolts in Toronto, it should be understood that there are also other options. Carriage bolts differ in that they are typically used to fasten wood components together, often in large structural elements. Such bolts often feature a smooth, rounded head and may also include a small section that can be used for locking the head into place when the bolt is tightened. As is the case with a hex bolt, a carriage bolt will also usually require a matching threaded nut.
One of the differences that set eye bolts apart from hex bolts and carriage bolts is the fact that they do not usually require nuts. This is because eye bolts are produced with circular rings that can be used for attaching a chain or a rope. These types of bolts are best suited for hanging heavy objects and are commonly used in lighting fixtures.
In some instances, standard nuts and bolts in Toronto may not be suitable for the relevant application. When this is the case, it is necessary to contact a machine shop that is able to produce custom nuts and bolts in Toronto. Based on the specific parameters provided, the machine shop will be able to produce nuts and bolts with exact precision.