Grey Neoprene Disks 50mm x 8mm

Grey Neoprene Disks 50mm x 8mm

R8.00

Hold your cuttings steady for true medium-free growing. Grey Neoprene Disks (50mm × 8mm) are soft collars for cloning and NFT hydroponic systems that support plants while their aeroponic roots form — fitting neatly inside 50ml and 75ml net pots.

  • Keeps cuttings put: place the stem into the disk’s slit so the cutting can’t slide down or move.
  • Faster rooting: suspends cuttings so a fine mist reaches the base, encouraging rapid root growth.
  • Medium-free: supports plants without soil or coco — ideal for aeroponic and NFT setups.
  • Transplant-friendly: easily removed once cuttings are ready to move on — often in just 7 to 10 days.

Size 50mm × 8mm; grey neoprene; fits 50ml and 75ml net pots. Also known as neoprene collars, inserts or clone collars.

In stock

SKU: MED159 Categories: ,

Description

Grey Neoprene Disks 50mm x 8mm – ideal for cloning and use in NFT hydroponic systems, fits inside 50ml and 75ml Net Pots.

Neoprene Discs (Neoprene Collars, Neoprene Inserts, Clone Collars) fit inside net pots and are used to support plants growing in Hydroponic or Aeroponic Systems.

Some growers prefer neoprene discs over plastic lids because they can place the stem of a new cutting into the slit of the insert so that the cutting doesn’t slide down or move. 

Grey Neoprene Disks 50mm x 8mm are used to support your cuttings for true medium free growing. They fit perfectly in the top of the Net Pots and firmly keep your cuttings upright and stable while their aeroponic roots begin to form. The pots are suspended below the top tray and a fine mist of water and nutrient is constantly sprayed around the base of the plants. This misting stimulates fast growth as the roots are encouraged to grow out to access the water and nutrient. The plants have superb access to oxygen and plants are typically ready to transplant after just 7 to 10 days  They can easily be removed from your cuttings once the time comes to transplant them into your main growing system.

A tough synthetic foam that is resistant to the effects of aging, heat, and weather.

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