Curltivate
High Porosity Cleanse Final Bottle
High Porosity Cleanse Final Bottle
Couldn't load pickup availability
This is a gentle, plant-based cleanser designed to support dry, damaged, or high porosity hair.
These bottles were created with longevity in mind.
This ready-to-use release is a limited filled run.
Once sold out, we will transition exclusively to our low-waste pouch system, designed to reduce packaging and simplify your routine.
Filled bottles will not return.
What it does
This cleanser removes buildup while maintaining the scalp’s natural balance.
It is designed to:
- Cleanse without stripping
- Support hydration
- Improve manageability
- Maintain a healthy scalp environment
Suitable for curly, wavy, and straight hair.
How it works
Formulated without silicones, sulfates, or heavy coating ingredients.
Uses a gentle cleansing system to remove buildup while allowing the hair and scalp to function properly — rather than masking issues.
Key ingredients
-
Blue Cypress, Neroli, Lemon Myrtle
Support a calm, balanced scalp with antimicrobial and anti-inflammatory properties -
Plant-derived cleansers
Provide an effective cleanse without harsh stripping
Directions
Apply 2–3 pumps to wet hair.
Lather in hands, then work through the scalp and roots.
Rinse thoroughly. Repeat if needed.
Follow with Curltivate Hydrate.
How often
Use once per week, or more frequently if required.
Adjust based on your scalp and hair condition.
What’s changing
- Current 350ml refills are being phased out
- New 650ml refill pouches launching soon
- This product will not be sold in filled bottles again
Product details
- Zero sulfates
- Zero silicones
- Zero parabens
- Vegan
- Minimum 95% plant-derived
- Made in Australia
- Tested on real people
- CGM friendly
Ingredients
Aqua, Decyl Glucoside, Behentrimonium Methosuphate, Cetearyl Alcohol, Brassica Oleracea (Broccoli) Seed Oil, Guar Hydroxypropyltrimonium Chloride, Glycerin, Australian Lemon Myrtle Oil, Australian Blue Cypress Oil, Australian Neroli Oil, Phenoxyethanol, Ethylhexylglycerin, Citric Acid.
Share
