8.9
CHTASO Hydroponics
These heavy-duty net pots provide structural support for plants in hydroponic and aquaponic systems. The slotted mesh design allows roots to grow through the sides and bottom
2 systems on this hub
Heavy duty mesh
The thick plastic construction resists cracking and supports plant weight.
Slotted side design
Wide slots allow for maximum root expansion and aeration.
Bulk quantity packs
Sets of 50 or 100 pieces are available for large projects.
Notes from buyers
The 3 inch pots are much sturdier than the thin ones I used before.
I used the 100 piece set of 2 inch cups for my PVC pipe garden and they fit perfectly.
The slots are wide enough for thick roots to pass through without getting strangled.
Nursery Pot Specifications
These net cups are designed for use with various grow media like clay pebbles or rockwool. They come in standard 2 in and 3 in diameters to fit common hydroponic lids.
- 2 inch net cups
- 3 inch net pots
- Heavy duty plastic
- Slotted mesh design
- Aquaponic compatible cups




In the range
Look through Affordable, Hydroponic net pots and baskets, Leca clay pebbles, Rockwool grow cubes to see how the CHTASO models split.
Build details
Read the listed parts and finishes — Three inch heavy duty mesh net pots; Two inch slotted mesh hydroponic cups — rather than a slogan.
The intended job
CHTASO systems here match Affordable, Hydroponic net pots and baskets, Leca clay pebbles, Rockwool grow cubes as the titles describe them.
What stands out
Start with Three inch heavy duty mesh net pots; Two inch slotted mesh hydroponic cups and match the listed type to what you need.
CHTASO Questions
What sizes of net pots are available?
This catalog includes 2 in and 3 in heavy duty net pots.
How many pots come in a single pack?
You can find these in packs of 50 pieces or 100 pieces.
Can these be used in aquaponics?
Yes, these slotted mesh cups are designed for both hydroponics and aquaponics.
What are these pots made for?
They are heavy duty nursery net pots used to hold plants and grow media in water-based systems.