LiGrA lightweight green aggregates with concrete panels
Sustainable Growing Media for Healthier Plants

Lightweight growing media solution for hydroponics, soilless mixes, soil aeration, & decorative top dressing plant. Helps to improve drainage, enhance aeration, and promote healthier root growth.

mGRO product lineup: Hydroponic Growth Medium, Soil Aerator, Soilless Medium, and Top Dressing

Grow with mGRO

mGRO offers four specialised growing media solutions, each designed to support healthier roots and stronger plants. Whether you're aerating soil, creating a soilless mix, growing hydroponically, or adding a protective top dressing, our products help improve drainage, increase aeration, and make plant care easier all with lightweight, sustainable materials powered by LiGrA® technology.

Why use mGRO for your plants?

Lightweight & Rich in Silica

Highly Porous

Retains Water, Nutrients & Microbes

Increases Air Flow & Drainage

Healthy Root Growth

Seedlings sprouting from lightweight aggregate soil
LiGrA lightweight aggregate pebbles with leaves

Better Drainage. Better Roots. Better Growth.

mGRO provides something very few substrates offer

Property
Soil
Cocopeat
Drainage
Medium
Low
Aeration
Medium
Medium
Compaction
Yes
Yes
Weight
Heavy
Light
mGRO
Excellent
Very High
No
Very Light
Property
Perlite
Strength
Fragile
Reusability
Low
Dust
High
Sustainability
Moderate
mGRO
Stronger
High
Low
Very High

mGRO vs Perlite

  • Stronger Structure
    Unlike perlite, mGRO resists breaking and maintains its shape over time.

  • High Reusability
    Can be reused through multiple growing cycles.

  • Low Dust
    Cleaner handling with significantly less airborne dust.

  • More Sustainable
    Made from recycled mineral materials for a lower environmental footprint.

mGRO hydroponic greenhouse trial with healthy leafy greens
Proven by Temasek Polytechnic: increase over 20% crop yields

Proven Performance

From institutional research, mGRO has demonstrated its ability to improve growing environments by increasing the crop yields up to 37% when combined with microbes.

Grow Higher. Carry Lighter.

Perfect for Rooftops, Balconies & Urban Gardens

mGRO can be as low as 25% the weight of traditional soil, making it an ideal growing medium for weight-sensitive spaces. Create thriving gardens on rooftops, balconies, terraces, and elevated planters with less load and easier handling while supporting healthier plants.

Rooftop garden with lightweight mGRO planter boxes and lush plants
Isometric illustration of a raised planter box with mGRO lightweight aggregate layers

Size: 2 to 8mm|Bulk Density: 150kg/m³|Crushing Value: 0.6 MPa|Water Abs by Volume: 30kg/m³

Create larger planter box
with
less weight.

  • Lightest amongst all lightweight aggregates

  • Water absorption of 30kg/m³ does not increase roof loading significantly

  • Solid particulate with high crushing strength does not cause settlement

  • Create inhospitable environment for pests such as cockroaches and termites.

mGRO lightweight aggregate used in potted plants

The Perfect Choice for
Potted Plants

Grow Better in Every Pot.

mGRO is a lightweight aggregate that enhances potted plants and landscaping applications by reducing the weight of growing media while improving drainage and aeration. Suitable for mixing with soil or soilless media (e.g. coco coir, coco peat, peat moss), it also functions as a drainage layer or decorative top dressing. mGRO helps create a less favourable environment for certain pests, supporting cleaner and healthier planting spaces.

Certified Green
For a Greener Future

Singapore Green
Product Certified

mGRO has successfully met the assessment criteria of the Singapore Green Building Product Certification Scheme.

Made from
Recycled Materials

Produced using recycled materials to reduce waste and support a more sustainable future.

Crystalline Silica
Free

mGRO is free from crystalline silica, offers a cleaner growing media solution for a wide range of horticultural applications.

mGRO lightweight aggregate texture

“Growing a Sustainable Future
Through Green Innovation”