Item description for Dillon Powder Tube Cap & Reloading Card w/dry erase pen, (All Dillon Presses)

First, And this is important.

I have been selling for over 25 years and have had no Negative or even Neutral reviews. ALWAYS POSITIVE. As this is a custom product designed and produced by me, I offer a 1 year warranty. Any problem send it back for a refund or replacement.

I'm always looking for a pen and a post-it note to scribble what I'm doing on. Just recently I was going to double check a Cartridge Overall length and lost my post-it note. You can see were we went from there. Handy to scribble your current load info or whatever.

These fit ALL Dillon presses RL550, RL1100, Square Deal, XL750 as they all use Powder tube P/N:13691

They also fit extra tall tubes and aftermarket tubes that fit into the Dillon Powder measure body (They all accommodate a 2-1/2" OD Tube)

Dry erase label and dry erase pen included.

The bezel snaps on to retain the label and is easily removable to change the label.

__________________________________________________________

I have worked as a Mechanical Designer for over 33 years. I have shot High Power rifle and Smallbore Pistol competitively since 1989 and have owned Dillon RL550 reloading presses since then.

These units were designed by me, FDM 3D printed on a Bambu Lab X1C printer with Blue PLA+ filament. (If you prefer a different color "Black or Red" please message me and allow 2 days to get these into cue and print).

PLA+ Definition and Comparison to PLA

PLA+ is derived from standard PLA, made by the addition of modifiers during PLA synthesis. Several types of PLA+ are produced by various companies. The exact formulation by which manufacturers make their versions of PLA+ are trade secrets. Therefore, there is no one specific PLA+ composition.

PLA+ eliminates some of the negative characteristics of standard PLA. It has improved strength, ductility, and flexibility compared to PLA. This makes PLA+ great for parts requiring mechanical strength in load-bearing applications. PLA+ can tolerate higher temperatures than standard PLA. This characteristic makes it possible to use PLA+ in hotter service environments. PLA+ printed parts also tend to have a smoother surface and better cosmetic appearance than standard PLA-printed parts because the surface is less porous and less rough.