Different types of lifting hooks


If you are planning your next lifting project, there are many things to think about. Like when choosing your lifting gear, such as the type of sling and any components that goes with it. Hooks are a very crucial element when it comes to lifting loads, and there is a wide selection to choose from.

Firstly, it is important to consider the following information, as it will help you choose the correct hook for your project.

The weight of your load
The type of load and angle of the lift
Connection point at the head of the hook
Connection point at the bottom of the hook
Shackle connections
Eye bolts, swivel hoists or lifting point connections

There are numerous types of hooks available in the market. It is important to select the correct hook for the job, as they all have different applications. Some of the different types of hooks include eye, clevis, swivel, foundry and grab hooks, just to name a few

Types of Safety Mechanisms
Safety latches on hooks are designed to add safety and security to lifting applications. Some of the various types of safety mechanisms include:

Safety Latch Hook or Sling Hook – these types of hooks always
stay closed and require manual opening of the latch to take the load off.

Self-locking Hook – these types of hooks have a trigger that needs to be manually operated to open and close the latch mechanism.

Grip Latch Hook – these types of hooks are probably the most robust and could be the safest one. These types of hooks tend to last longer thanks to the engineering design.

How does the head of the hook attach to your slings?

Once again there are various connection types, with the best option being dependent the type of lift. A range of options include:

Eye Type Connection – An eye hook requires a coupler in most cases to be able to connect to a sling or shackle. It allows easy connection to couplers which gives more flexibility to the chain or sling movement.

Clevis Type Connection – A clevis hook connects directly to the chain and may be more affordable as there are less components required with this type of connection. However, there is less flexibility in the movement where the hook is connected to the chain.

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