What is Growth Technology CCS used for?
Clonex Clone Solution (CCS) is a propagation-specific nutrient that combines gentle minerals with rooting hormone to support faster, healthier root development in cuttings and seedlings. It’s designed to feed young plants during early establishment, not to replace rooting gels.
When and how should I start using Growth Technology CCS?
Begin using CCS when roots first start forming, and continue until the plant is ready to transition out of propagation. Start with 5ml per litre, increasing to 10ml/L only once roots are well developed. Consistent light feeding is better than infrequent heavy doses.
Can I use Growth Technology CCS in different systems?
Yes—CCS works in soil, coco, hydroponics, LECA, flood-and-drain, misters, aeroponic cloners, and water propagation. It’s also suitable as a soak for propagation media or as a foliar spray at 3ml/L (in low light conditions).
What kind of results can I expect from Growth Technology CCS?
Expect stronger, faster root growth and more vigorous early development. It’s designed to reduce transplant shock, support semi-hydro transitions, and improve clone survival compared to plain water or full-strength grow fertilisers.
Can I use Growth Technology CCS with Clonex Rooting Gel or other stimulants?
Yes—Clonex Gel is applied to the cut surface, while CCS feeds through the medium. You can pair CCS with other root boosters, but avoid overdoing it. Start at lower CCS rates if combining products and watch how plants respond.
Will Growth Technology CCS burn cuttings if overused?
At the recommended dilution, CCS is gentle. Overuse—especially in rich media or combined with other feeds—can stress or slow down clones. Start at 5ml/L and increase only once roots are active and plants are thriving.
Is Growth Technology CCS pH buffered?
Yes—CCS is buffered for typical tap water and often doesn’t need pH adjustment. If you're using very soft, RO, or distilled water, it's still wise to check pH, especially for hydro setups or cloners aiming for precision.
Does Growth Technology CCS contain harmful salts or additives?
No—Growth Technology states CCS is free from urea, sodium, and chlorides, and includes chelated trace elements to boost bioavailability and support healthy early-stage growth.
Can I use Growth Technology CCS for indoor plants like Anthuriums or Alocasia corms?
Yes—CCS is used successfully on a wide range of indoor plants during propagation. It’s particularly helpful for encouraging corm sprouting (like Alocasia) or early root support in transitioning plants like Anthuriums.
Can I use CCS during propagation in LECA or semi-hydro setups?
Absolutely—CCS is often used during semi-hydro transitions to feed developing water roots gently. Just make sure your mix is diluted appropriately and your container offers proper airflow and moisture balance.
How should I water with Growth Technology CCS?
Water with enough diluted CCS to moisten the root zone—avoid waterlogging. Bottom-watering, top-watering, or misting can all work depending on your setup, as long as the environment stays moist and oxygenated.
Why aren’t my clones rooting even with Growth Technology CCS?
CCS helps, but it can’t fix poor conditions. Rooting issues often stem from cold temps, low humidity, stagnant air, unclean tools, or too much light. Dial in the environment first—then CCS can really shine.
How long does Growth Technology CCS last, and how should I store it?
Store CCS in a cool, dark place with the cap sealed. Once diluted, use it fresh or refresh often—warmth, light, or contamination can degrade it. Bottled CCS has a long shelf life if stored properly.
Is Growth Technology CCS safe to use?
Yes—it's low-risk when used correctly. Gloves and eye protection aren’t essential for small-scale use, but they’re a good idea for sensitive users or when mixing larger volumes. Avoid contact with eyes and keep out of reach of children and pets.
How much does one bottle of CCS make?
A 250ml bottle makes 50L of diluted feed at 5ml/L, or 25L at 10ml/L. Use the lower rate for early-stage cuttings and increase only as roots strengthen and plants begin transitioning out of propagation mode.
