CANNA Silica 1L – Silicon Supplement for Stronger Plants

CANNA Silica 1L is a silicon supplement formulated to support stronger plant structure, resilience and healthy growth throughout the growing cycle. It contains two highly bioavailable forms of silicon designed to provide both immediate and sustained uptake.

Silicon is absorbed by plants and deposited in cell walls and tissues, helping support structural strength and resilience against environmental stress.

Benefits of CANNA Silica

• Supports stronger stems and leaves
• Helps plants cope with environmental stress
• Supports healthy plant structure and growth
• Helps maintain water and nutrient balance
• Helps stabilise acidic nutrient solutions
• Provides highly bioavailable silicon
• Suitable for use with all growing media

CANNA Silica can be used alongside CANNA base nutrients and other additives according to their respective instructions.

How to Use CANNA Silica 1L

1. Fill your water tank with water.
2. Shake the CANNA Silica bottle thoroughly before use.
3. Add 1–2 ml of CANNA Silica per litre of water.
4. Adjust the pH of the solution to approximately 6.5–7.0.
5. Add your CANNA base nutrients and other additives according to their instructions.
6. Check the final pH and adjust if required.

Because CANNA Silica has a naturally high pH, it can also help stabilise acidic nutrient solutions.

CANNA Silica for Soil, Coco and Hydroponics

CANNA Silica is suitable for use with a wide range of growing media and can be incorporated into your existing nutrient programme. Its silicon content helps support plant structure and resilience throughout the growing cycle.

Why use a silicon supplement?

Silicon is a beneficial element that can become incorporated into plant tissues and cell walls. Providing an appropriate silicon supplement can help support stronger plant structure and resilience, particularly when plants are exposed to environmental stresses.

CANNA Silica 1L is an ideal addition to a CANNA nutrient programme for growers looking to provide their plants with a consistent source of highly bioavailable silicon.