Barrix Siri

From: 181.00

Introducing Barrix Siri – Elevate Your Plants to New Heights! 

Unlock the Power of Nanofibrilar Orthosilicic Acid!

  • Revolutionary Formula: Experience the future of plant nutrition with advanced nanofibrils.
  • Supercharge Growth: Strengthen cell walls, boost stress resilience, and enhance yield potential.

Benefits Beyond Ordinary:

  • Fortify Plant Defenses: Form a natural shield against pests and diseases.
  • Amplify Nutrient Uptake: Optimize plant health with improved nutrient absorption.
  • Ignite Photosynthesis: Elevate chlorophyll synthesis for maximum energy capture.
  • Exceptional Quality: Witness high-quality, abundant harvests with healthier crops.

Easy Application, Stunning Results:

  • Join the Growth Revolution!
    • Your Plants Deserve the Best: Elevate your gardening game with Barrix Siri.
    • Unleash Potential: See the difference nanofibrillar ortho silicic acid can make in your plant’s vitality.
Clear
SKU: Barrix-Siri Category:

Barrix Siri – Beneficial Nutrient Fertilizer – Silicone is a cutting-edge solution designed to enhance plant growth and vitality. It features a breakthrough formulation containing nanofibrilar orthosilicic acid – a soluble and readily absorbable silicon structure that sets new standards in plant nutrition. This revolutionary fertilizer promotes healthier plants by fortifying their cell walls, boosting stress resistance, and elevating overall crop quality.

  • Reinforces plant cell walls, increasing structural strength
  • Improves plants’ resilience to environmental stressors like drought and salinity
  • Enhances resistance against pests and diseases
  • Optimizes nutrient uptake for improved plant growth
  • Elevates photosynthetic efficiency, leading to better yields
  • Fosters high-quality crop production

Increase no of Tillers

Increases flower settings

Improves blossoms

Nutrient balance

Improves Root and Shoot Growth

Organic Catalyst

Improves immunity

Increase crop yield

Mechanism of Action:
  • Absorption and Nanofibril Structure:
    • Nanofibrilar orthosilicic acid is applied to plants through various methods such as foliar spraying, soil drenching, or fertigation.
    • The Nanofibrilar orthosilicic acid are composed of ultra-fine silicon structures with a high surface area and unique geometry, which contribute to their exceptional water solubility.
  • Rapid Uptake by Plants:
    • The Nanofibrilar orthosilicic acid, due to their small size and solubility, are rapidly absorbed by plant roots and leaves.
    • This swift absorption is facilitated by the nanofibrils’ ability to move through the cuticle (waxy layer) of leaves and cell membranes of roots.
  • Cell Wall Deposition:
    • Once inside the plant, the Nanofibrilar orthosilicic acid are transported through the xylem vessels, reaching various plant tissues, including cell walls and epidermal layers.
    • The Nanofibrilar orthosilicic acid self-assemble and deposit within the plant cell walls.
  • Amorphous Silica Formation:
    • Within the cell walls, the Nanofibrilar orthosilicic acid form amorphous silica structures.
    • These amorphous silica networks create a reinforcement within the cell wall matrix.
  • Enhanced Cell Wall Strength:
    • The deposited amorphous silica enhances the mechanical strength of the cell walls.
    • The silica reinforcement improves the rigidity and resistance of the cell walls against physical stresses such as wind and rain.
  • Physical Barrier Against Pests:
    • The amorphous silica structures create a physical barrier against herbivores and pathogens.
    • This barrier makes it more difficult for pests to penetrate plant tissues, reducing feeding and potential infection.
  • Stress Tolerance and Signaling:
    • The presence of silica in plant tissues triggers a cascade of physiological responses.
    • Silica acts as a signaling molecule, activating genes related to stress tolerance and defense mechanisms.
  • Nutrient Uptake Enhancement:
    • Silica facilitates the development of symbiotic relationships with mycorrhizal fungi.
    • These fungi enhance nutrient uptake by increasing the effective root surface area and improving nutrient transport efficiency.
  • Photosynthetic Improvements:
    • Silica-enhanced cell wall strength provides mechanical support for chloroplasts and other organelles involved in photosynthesis.
    • This improved structural integrity leads to enhanced chlorophyll synthesis and photosynthetic efficiency.
  • Overall Vitality Boost:
    • The combined effects of enhanced stress resistance, improved nutrient uptake, and optimized photosynthesis contribute to the overall vitality and health of the plant.
    • The plant is better equipped to withstand environmental challenges and allocate resources toward growth and reproduction.
In summary, nanofibrilar orthosilicic acid’s mode of action involves its rapid uptake, deposition within cell walls, and formation of amorphous silica structures. These structures enhance cell wall strength, create a physical barrier against pests, trigger stress tolerance mechanisms, improve nutrient uptake, and elevate photosynthetic efficiency, leading to improved plant vitality and growth.
 

Active Ingredient: Nanofibrilar Orthosilicic Acid (H4SiO4) – 2% W/V
Formulation: Liquid concentrate
Other Ingredients: Water, stabilizers

Dosage:

Mix 1 ml of Barrix Siri in 1 litre of water.

         Usage:
  • Spray 1 to 3 times thoroughly on both surfaces of leaves with interval of 2 weeks.
  • From Vegetative Stage to Fruiting Stage
Application:

Foilar Spray - 250g / Acre

Pass Trough Drip

         Note:
  • For optimal results, use along with Barrix Wetter.
    Spray within 6 hours after mixing with water.
  • Do not mix with any other agrochemicals.
  • The user assumes all risks and liabilities resulting from handling, use, or application.
Recommendation:

Use for all Commercial Crops

Use for all Cereal crops

Can be used for all Pulses crops

For all Oil Seeds crops

For all Vegetable crops

For all Fruit crops

All Plantation & Spice Crops

For all Floricultural crops