ROOTLABS Aroid Mix – Professional Structural Substrate (5L)

ROOTLABS Aroid Mix Professional  (5L)

Chunky, oxygen-rich mix that prevents root rot and keeps roots healthy.

A professional-grade substrate engineered for aroids that demand excellent drainage, root oxygenation, and long-term structural stability. Designed for growers who want consistent results without the guesswork of DIY mixing.

Key benefits
• Promotes root oxygenation
• Fast drainage with balanced moisture retention
• Chunky, stable structure that resists compaction
• Ideal for Monstera, Philodendron, Anthurium & other aroids

What’s in the mix

ROOTLABS Aroid Mix is a precision-blended substrate made from:
• Coarse orchid bark for structure and airflow
• LECA for drainage and root aeration
• Perlite to reduce weight and balance moisture
• Worm castings for gentle, slow-release nutrition

Blended in fixed ratios for consistency and repeatable results.

Best suited for

• Monstera (all sizes)
• Philodendron (including climbers)
• Anthurium
• Alocasia
• Other chunky-rooted aroids

Not recommended for

• Seedlings
• Fine-rooted plants
• Succulents or cacti
• Plants that prefer constantly wet media

How to use

• Use as a complete substrate straight from the bag
• Can be blended with extra bark or LECA for very large plants or high-airflow environments
• Always use pots with drainage holes

How to water

• Water thoroughly until runoff
• Allow the top 3–5 cm of the mix to dry before watering again
• Never keep the mix constantly wet
• Watering frequency depends on pot size, light, airflow, and season

Volume & handling

• Volume: 5 litres (loose fill)
• Lightweight and easy to handle
• One bag fills approximately:
– 1 large pot
– 2 - 3 medium pots
– Several small pots

Why ROOTLABS

• Professionally blended - no guesswork
• Consistent particle size throughout the bag
• Holds structure over time without collapsing
• Designed for South African indoor and greenhouse conditions

Recommended with this product:

• ROOTLABS Premium Sphagnum Moss
• ROOTLABS LECA