How To Read Caulking Gun Force Ratings
Push force, maximum tolerance and drive ratio describe three different things. Confusing them is the most common reason a gun fails in the field.

Eight guides on how to read a force rating, when a bearing count is worth paying for, what a suction cup rating actually means, and how to specify a private label run so the quotation comes back complete.
Push force, maximum tolerance and drive ratio describe three different things. Confusing them is the most common reason a gun fails in the field.
Sausage packs cut cost per litre and packaging waste; cartridges are simpler and universally stocked. The right answer depends on who your customer is.
Bearing count is the single clearest indicator of duty level on a sausage gun. Three, seven and nine are genuinely different tools.
Horizontal and vertical suction are different numbers for good physical reasons. Reading the wrong one is how a lifter fails.
The ratio is built into the gun's linkage, so a 1:1 gun cannot dispense a 1:4 product. Match the gun to the cartridge, every time.
Foam guns are almost never worn out. They are written off because foam cured inside the barrel. Two specification choices change that.
Everything a factory needs from you before an own-brand run, in the order it gets asked, so the quotation comes back once rather than four times.
How to build a mixed order from published carton dimensions, and what the minimum order quantity actually applies to.
We do, from our own specification data. Every figure quoted in them is a published specification of a model we make, so you can check any claim against the product page it came from.
Ask us first and in most cases yes, particularly if you are selling our products under your own brand. We would rather your catalogue was accurate than that it was original.
The product page wins, because it is generated directly from the specification data. Tell us where the contradiction is and we will correct the guide.
Send us the product you are dispensing and the job it is for, and we will name a model and quote both force figures.