Malifea Hydroponics
These expanded clay pebbles provide a stable growing medium for indoor garden plants. They help manage moisture and aeration in various hydroponic setups
1 system from Malifea
Expanded Clay Material
The Leca pebbles provide a porous structure for root attachment.
Moisture Management
These pebbles help balance water retention and drainage.
Indoor Garden Use
This medium is clean and suitable for indoor decorative plants.
From this set
The 2LBS bag was the right amount for my small indoor herb pots.
These clay pebbles provide great drainage for my hydroponic plants.
I use this Leca medium to keep my indoor garden clean and well-aerated.
Leca Medium Specifications
These 2LBS bags of Leca expanded clay pebbles are used as a primary growing medium. They are designed for indoor hydroponic supplies and general plant support.
- 2LBS bag size
- Expanded clay pebbles
- Leca growing medium
- Indoor garden compatibility
- Porous aeration structure
- Hydroponic supply essential
Lightweight Support
The expanded clay is lightweight, making it easy to handle when filling indoor pots. It provides structure without compacting like soil.
Root Aeration
The round shape of the pebbles creates air pockets. This ensures that roots receive enough oxygen even when submerged in water.
Reusable Medium
Leca pebbles are durable and can be cleaned for multiple growing cycles. They do not break down quickly over time.
Versatile Application
These work well in net pots or as a bottom layer in traditional pots. They are a standard choice for indoor hydroponic systems.
Malifea Questions
What is the weight of this clay pebble pack?
This listing is for a 2LBS bag of expanded clay pebbles.
Can I use these pebbles for indoor plants?
Yes, these Leca pebbles are specifically intended for indoor garden plants and hydroponics.
What are the pebbles made of?
They are made of expanded clay, which is a porous and lightweight material.
Do these pebbles help with drainage?
Yes, the structure of the pebbles allows for excellent drainage and aeration for roots.