Bottle

Bottle Holder with Hook for Chain Link Fence | Hold drink, water bottle, etc. and sports bag, purse, backpack, etc. on a Chain Link Fence

Request color with order. If no color is requested, black will be sent.Available colors = Black ( with holes in hooks) , Blue, Red, White, Lime Green (with holes in hooks) Message us for other color requests.

This bottle holder with hook simply hangs on chain link fences and creates a convenient location to hang a sports bag, purse, backpack etc. as well has hold your water bottle or sports drink.  Take these with you to any event that has a chain link fence to hold your belongings in convenient and obvious location where you can see it.  Works well for Tennis, Pickleball, Basketball, Baseball, Soccer, Football, or any sporting event that has a chain-link fence in the vicinity.

To install the hook, simply push the wedge-shaped end through any hole in the chain-link fence and push down.  The wedge-shaped end has sides at a 45-degree angle to hang well on chain-link fencing.  For tight/small chain-link fences, twist 45-degrees before attempting to push through the (approximately 2" wide square) hole.

Any bags, bottles, drinks, or other items shown in photos are NOT included and shown for reference purposes only.  Other colors available upon request and in our Etsy shop under ACMCStudios.

Dimensions: 2.9" x 4.8" x 6.5" (73mm x 122mm x 164mm)The bottle hole is 2.8" (73mm) diameter* x 3.25" (83mm) tallThe depth of the hook is 1" (26mm) wideThe open slots on each side are 1.82" (46mm) wide

* Note: any bottle with a diameter greater than 2.8" (73mm) will NOT fit.

These are uniquely designed and 3D-printed by ACMC Studios in the USA.  There is no warranty and they are sold as-is.  Items are lightweight and made of PLA plastic thus we cannot warrant that deformations or failure may occur due to extreme temperatures, stress, or weight.  Due to the printing process, there may be some minor imperfections which are mostly likely to be on the bottom/back side, not exposed to view. 

3D Printing involves the heating and depositing of material on a flat board one layer at a time, thus most exposed sides have small, fine lines.  Infill (non-exposed) areas are not solid plastic.