Let’s start this off by writing some details about air hammers, how this tool works, and how it can be helpful for us. So air hammer, we can call it an air chisel, which is basically a pneumatic tool, and we mostly use it to cut stone or break/cut metal things. And it is built to accept different stuff on it, depending on what kind of project we are working on.
We can mention here below some of the most essential tools that an air hammer accepts in order to work on a different project. The first is the global joint and tie-rod close, the second is the ball joint divider, the third goes blow absorber chisel, and the fourth is the evaporation pipe cutter.
Those are a few of the most important tools we can add to our machine. If we run its history, back in the 1920s, two pneumatic machines were originated that would forever replace the way stone and even metal was forged. Moreover, the pneumatic rivet gun was firstly evolved to set heated rivets on girder bridges and tall steel structures.
Nevertheless, this tool was later decreased for sheet metal, as the season of 1930s saw the arrival of aluminum aircraft. The supplementary machine, striking at twice or three times the pace of the rivet gun, was the stone hammer an appreciable blessing for the flat and fast dressing of granite and marble. It still a vital tool over the global market, and a lot of people use it to have their job done correctly and in time. Depending on the price you give, it can offer you more BPM or special features, making everything easy. What about the rivet gun and its abilities?
Here we are, talking about our second machine, which is called Rivet Gun or a rivet hammer, even this one is in the pneumatic category.
The use of this tool is to drive rivets. Rivet guns differ in size and shape, and there are different styles of handles and grips. With more details, a rivet gun usually has a switch that adjusts the amount of air coming into the tool. So now regulated air joining passes via the throttle valve, which is routinely managed by a trigger in the handhold.
Meanwhile, when the trigger is pressed, the throttle valve unlocks, permitting the pressurized air to run into the piston. While the piston is changing position, a gate opens, allowing the air press to getaway. The piston beats in opposition to the river set. The power on the river set presses the rivet in work and opposition to the bucking bar. The bucking bar misshapes the bottom of the rivet. The piston is the back to the primary position by a spring or the shifting of a throttle, permitting air to pilot the piston back to the first position.
These are some interesting details about how a rivet gun works. What if we compare these two tools? Are we facing some difference between these two machines?
Air Hammer VS Rivet Gun
Well, first rivet guns have a significant slow-going action than an air hammer. Can’t really mention specific numbers on their difference but what I know is that slow-going hits per minute permit notable control of the ongoing work. On the other hand, an air hammer used for riveting will punch and attack your project in direct order.
This is how we come to the conclusion that a rivet gun is hard enough to use, and of course, it will not leave a positive result on your project. We should mention a difference as we are ending this between air hammer vs. rivet gun is their control valve. Air hammers mostly have an on and off valve, and a rivet gun has a valve that permits some control.
Additionally, the valve lever will typically be on the handle’s end for the thump performance rather than a simple trigger on the handle’s interior or anterior. Last but not least, which I want to say before closing, this is one more difference: Rivet guns usually have a longer handle.
As we all saw, there are some interesting and unique differences, and each tool is made for a specific task. Reading some related information will help us to choose the needed machine for our project!