If you want to strike any other object, you have no other choice except using a hammer.
A hammer consists of a handle that is usually made of wood, and a massive head is attached to the handle. The head is made of heavy metal so that you can strike an object emphatically.
The most common type of hammer is the claw hammer. People use this hammer to drive and pull nails. Another common type of hammers is the ball-peen hammer and the sledgehammer.
You will find a variety of hammers in the shop, and they are different in sizes, weights, shapes, and materials.
Today I am going to share the manufacturing process of the hammer with you. A new window of experience is waiting for you. Read the article below intently.
Manufacturing Process of a Hammer
A hammer has to go through a significant precise manufacturing process in order to take every challenge that you give to it.
The overall manufacturing process follows 3 different manufacturing steps, and it is mandatory to follow the procedure correctly.
If it is not maintained correctly, the head of the hammer may fly off from the handle, which will create severe injury to any human. Or even break any other object.
1st Step: Making the Head
The first step of manufacturing a hammer is, making the head. To do this, the manufacturer takes a piece of steel that requires it to be melted with nearly 1,200° – 1,300° temperatures. This way, the metal gets softened, and then it can easily be molded.
After the completion of the heating process, then it is taken into 2 separate molds. One mold is usually fixed, and another mold is joined to a metal rod that can be spread against the mold. Until the hammer head comes in a proper shape, this process is continuously done.
Once the hammer head comes in proper shape, the manufacturer gives a finishing touch up to a few minor imperfections.
After then, the hammer head gets the rest to cool off.
2nd Step: Preparing the Handle
This step is to prepare the handle. A piece of wood is the primary material in this step.
The wood-piece should be cut off for a head shaped-feature.
Once it is done, sanding down is inevitable of the wood-pieces as well as a slit need to cut at the top of the handle, which requires diagonal shape. After completing this, a sealing coat is used to treat and cover the wood-pieces.
3rd Step: Combining the Head and the Handle
We are at the last step of the manufacturing process, where the manufacturer needs to combine the head and the handle using a wedge.
Through the adze eye, the handle is pressed, and within the slit, the wooden wedge is driven. Once the handle is stretched, this wedge drives through it smoothly, and the hammed head takes its place gently in position. However, it is mandatory to check this area of the hammer promptly to make sure it is not slackened or detached to its place.
These steps are not much challenging, but keeping eyes on safety features are necessary.
Types and Usage of Hammers
Various kinds of hammers are available in the market to meet your every requirement.