Here's my INCREDIBLEY DETAILED write-up for the above foam gun that not only shows you exactly how the foam gun works but also how to use it.
How to use a foam gun by Mike Phillips
I always thought the store page had a link to this article? Seems like a natural fit?
One thing for sure, you won't find this type of "educational" how-to article on Amazon or anywhere for that matter that as a part of good customer service shows the customer how to use the thing they just spent their hard earned money on...
Where is that Amazon Car Detailing Discussion Forum with helpful accurate information? :laughing:
Here's an example of just a FEW pictures I took to edumucate people on how these things work....
The Foam Metering Stem
This component slides from one side to the other and allows you to select the volume of foam you want to spray. The small tip on the end simply serves as a handle to help you to grip the stem to either push or pull it into position.
Detent holes
Across the top of the Foam Metering Stem are a series of holes that are used to lock the stem into the desired position. Inside the top of the Foam Mixing Head is a spring loaded brass check ball that fits into the top portion of the chamfered holes. The spring load creates tension to hold the stem securely in place.
How to adjust foam level
To adjust the foam level from low to high simply turn the Foam Metering Stem 1/4 turn as shown in the picture below and now you can slide the stem from one side to the other side. After you have selected the volume of foam you want to use turn the Foam Metering Stem so the Detent Holes are facing up. Then you can slide the stem either in or out till you feel the check ball lock into a detent hole.
In the picture below I have turned the Foam Metering Stem upside down in order to take the next picture to show you the graduated siphon holes that meter the amount of soap solution drawn through the Foam Mixing Head.
Graduated siphon holes
With the Foam Metering Stem turned upside down you can see a series of holes that range from very tiny on one end to very larger on the other end.
:dunno: