White - Flared Magwell For PSA Dagger - Glass Reinforced Nylon - Dye any color!

** If you are unsure what size frame you have, it is labeled on the left side of the frame above the accessory rail**

 This white material can be dyed any color using RIT "DyeMore" liquid dye for synthetic material.  I will include some sample material that you can use to test your dye mix before dying the magwell.  

This is a 3D printed magazine well for the PSA Dagger.  It is printed in glass fiber reinforced nylon plastic.  The frame of your Dagger is a similar polymer (also glass nylon).  It is strong while being impact resistant.  This material is superior to the standard 3D printing filament as it can withstand higher temperatures (over 250F) without deforming.  Mounting hardware included, 3/32 hex wrench not included.

Magwell has been tested to work with magazine extensions from: Shield Arms, Taran tactical, Strike Industries (plastic only, aluminum EMP not compatible), and should work with many others.

3D printed parts will have minor cosmetic imperfections due to the manufacturing method, if this is not acceptable to you, please do not order.  This plastic can be sanded and painted if desired

The dying process explained simply is as follows: boil water in a pan that you do not care about ruining, add dye in small measured amounts (so you can repeat the color mix ratio later if needed), submerge the part (or test strip) with a stopwatch running.  The amount of dye used will determine how quickly the part will dye to the desired shade.  Less dye will result in an easier dying process as it will be less time sensitive.  To check the color, completely dry the part and compare it to the part you're trying to match in sunlight.  Artificial light may result in poor color rendition.  You may need to mix dye colors to achieve the color you want (example: a dark green would require green and a little brown).

To see more footage of this magwell, I have made a short overview video that can be found here:

https://youtu.be/6D1Umlx1i2Q?si=_i3b_sEWhWxVTB6k