Where can I purchase this Acrylic container?

  • Context: Misc. 
  • Thread starter Thread starter member 428835
  • Start date Start date
  • Tags Tags
    Container
Click For Summary
SUMMARY

The discussion centers on sourcing a rectangular acrylic container with dimensions 3" high by 4" long by 2" wide, suitable for holding liquid. Participants suggest using Tap Plastics for custom fabrication, highlighting that the container's volume is approximately 393 mL. They also discuss alternatives such as small plexiglass aquariums available at pet stores and the feasibility of gluing acrylic for DIY projects. The conversation emphasizes the importance of structural integrity for experiments involving drop tests.

PREREQUISITES
  • Understanding of acrylic properties and applications
  • Basic knowledge of gluing techniques for acrylic materials
  • Familiarity with custom fabrication services like Tap Plastics
  • Awareness of alternatives to acrylic, such as polystyrene and polycarbonate
NEXT STEPS
  • Research "how to glue acrylic" for effective assembly techniques
  • Explore options for custom acrylic fabrication at Tap Plastics
  • Investigate the use of polycarbonate for impact-resistant applications
  • Look into small aquarium options at local pet stores for ready-made solutions
USEFUL FOR

This discussion is beneficial for DIY enthusiasts, experimental researchers, and anyone interested in custom acrylic solutions for small-scale projects.

member 428835
Didn't know where to put this, but does anyone know where to purchase a rectangular acrylic box (top open, so I can fill with liquid) with dimensions 3" high by 4" long by 2" wide?

I appreciate any suggestions you have!
 
Physics news on Phys.org
Sounds like an aquarium. Especially if you want it to hold liquid, it will need to be pretty strong.
 
berkeman said:
Sounds like an aquarium. Especially if you want it to hold liquid, it will need to be pretty strong.
Ummmm yea but it holds like 1/10th of a gallon (less than 400 mL). Isn't this simple for most acrylic containers?
 
Yeah, if there is not a lot of weight in it, you could probably have Tap Plastic put it together for you for a reasonable price. Why so little water in such a large container?
 
berkeman said:
Yeah, if there is not a lot of weight in it, you could probably have Tap Plastic put it together for you for a reasonable price. Why so little water in such a large container?
The container holds ##3 \times 4 \times 2 = 24 in^3 = 393 mL##. Am I missing something?

berkeman said:
I'm not seeing where they produce a container with an open side; have I missed something? I did see this:
https://www.shoppopdisplays.com/CS001/5-sided-clear-acrylic-box-custom-size.htmlbut they don't go down to the 1" size.
 
joshmccraney said:
The container holds 3×4×2=24in3=393mL3 \times 4 \times 2 = 24 in^3 = 393 mL. Am I missing something?
Oh jeeze, sorry. I misread the dimensions as feet, not inches. Duh o0)
joshmccraney said:
I'm not seeing where they produce a container with an open side
They do have some in their stores, but they can also glue one up for you if you give them the specs for the wall material and how you want it glued together. This may be simple enough that you can glue it together yourself. Have you ever glued acrylic pieces before?
 
  • Like
Likes   Reactions: member 428835
berkeman said:
Oh jeeze, sorry. I misread the dimensions as feet, not inches. Duh o0)

They do have some in their stores, but they can also glue one up for you if you give them the specs for the wall material and how you want it glued together. This may be simple enough that you can glue it together yourself. Have you ever glued acrylic pieces before?
I have never glued acrylic.

Okay, let me explain: I want to conduct some experiments and then drop them in a drop tower. Then I'll (hopefully) publish the results against theory. So in making these tubes, they need to be secure enough for a drop and perpendicular walls. Then I have 3 options: 1) try to use someone at our local university to assemble the channel (I think we have staff for this, though I have to check), 2) get it made for me online or in store, 3) make it myself.

Is gluing acrylic accurately difficult?
 
Just Google "welding acrylic" and you will find a multitude of sites on the subject.
 
  • #10
While I am confused about what you actually require, many pet stores sell small plexiglass aquariums already assembled intended for individual beta splendens and gravid guppies.

A small tank for <$30 USD.
 
  • #11
Klystron said:
While I am confused about what you actually require, many pet stores sell small plexiglass aquariums already assembled intended for individual beta splendens and gravid guppies.

A small tank for <$30 USD.
I'm still not sure, but it sounds like the OP wants to do drop tests with small plastic enclosures in some drop channel. Kind of like the old pneumatic tube transfer system, but in a non-pressurized drop instead of pressurized tube transfers... ?

http://www.douglas-self.com/MUSEUM/COMMS/pneumess/pneu2b.jpg
1564533984616.png
 
  • #12
Why does it have to be acrylic?

Boxes of such a small size might be available from craft supply places, but they would likely be made of polystyrene. There are also boxes sold to display items in stores.
I would guess it is unlikely you will find something of the exact dimensions you want, especially if it has to be made of arylic. Most small boxes I have seem are polystyrene.

Small aquariums in that size range would probably be made of polystyrene also. Large plastic aquariums would probably be glued up from acrylic sheet (AKA Plexiglas).
There are also thermoplastics like polypropylene and polyethylene. They are opaque, not clear and can be welded, but not easily glued.

I have made small boxes, similar in size to what you describe, from acrylic for taking pictures of small fish (≤ 1 inch).
Gluing acrylic is not difficult. There are two main gluing techniques:
  1. Use a running solvent for solvent gluing; this requires really well cut edges (often using a router, not a saw (which leaves a lot of grooves in the surface from individual saw teeth), or sanding smooth after cutting) to get a very smooth edge, and therefore a good fit. Apply a few drops of solvent to the joint after assembling the peices and let it wick into the crack.
  2. Using a solvent glue with a bunch of acrylic dissolved in it (like a paste). This is sloppier looking but fills the gaps very well and is less likely to leak.
If impact or heat resistance is important, use polycarbonate (AKA Lexan). Acrylic is comparatively brittle.

A plastic shop like @berkeman suggested could probably supply you with any plastic you need.
Plastic shops often have scraps of plastic (leftovers from jobs they have done) you can get for cheap.
 
Last edited:
  • Like
  • Informative
Likes   Reactions: Klystron and berkeman
  • #13
berkeman said:
Oh jeeze, sorry. I misread the dimensions as feet, not inches. Duh

1564543315940.png
 
  • Haha
  • Like
Likes   Reactions: DaveC426913, diogenesNY, berkeman and 3 others
  • #14
BillTre said:
Why does it have to be acrylic?

Great question!
 

Similar threads

Replies
11
Views
3K
  • · Replies 11 ·
Replies
11
Views
3K
  • · Replies 21 ·
Replies
21
Views
3K
  • · Replies 6 ·
Replies
6
Views
782
  • · Replies 27 ·
Replies
27
Views
914
  • · Replies 21 ·
Replies
21
Views
4K
  • · Replies 7 ·
Replies
7
Views
2K
  • · Replies 16 ·
Replies
16
Views
5K
Replies
2
Views
3K
  • · Replies 6 ·
Replies
6
Views
2K