FloraFlex Wet Solutions Wet Si, 1 Gallon

Enhance Your Plants' Resilience with Wet Solutions Wet Si

Boost your plants' strength and resilience with Wet Solutions Wet Si, a premium silicon supplement designed to fortify plant cell walls and increase resistance to environmental stressors. Derived from high-quality sources, Wet Si enriches your plant's structure, improving nutrient uptake efficiency and overall vigor.

Product Purpose:

Wet Si has been shown to enhance plant resilience to environmental stressors like cold, heat, drought, and salinity, and strengthen plant structure.

Key Benefits

• Enhanced Strength: Reinforces cell walls for stronger, more robust plants.
• Improved Defense: Increases resistance to pests, diseases, and environmental stress.
• Optimized Growth: Enhances nutrient uptake, leading to healthier growth.

Guaranteed Analysis:

• Nitrogen (N): 1% (0.5% Nitrate Nitrogen)
• Soluble Potash (K2O): 1%
• Derived From: Potassium Nitrate and Potassium Silicate
• Also Contains Non-Plant Food Ingredients: 0.5% Soluble Silicon

Usage Rates & Application:

• Seedling/Vegetative Stage: Mix 1-2 ml of Wet Solutions Wet Si per liter of water. Apply with every feeding to support early growth and establish a strong foundation.
• Flowering Stage: Increase to 1-2 ml per liter of water. Apply every feeding for the first 3 weeks of flower to enhance nutrient uptake and improve flower development.
• Overall Use: Begin applications from the early vegetative stage and continue through week 3 of flower. Adjust dosage as needed based on plant response and environmental conditions.

Foliar Application:

Wet Si can also be used as a foliar spray. Mix 15 ml per gallon of water and apply every 5-7 days from seed/clone through week 3 of flower.

Instructions for Use:

Add 1 ml per gallon of clean water at every feeding during veg through week 5 of bloom. Always add Wet Si before any other fertilizers or flushing agents are added to the reservoir to maximize effectiveness.

Storage:

Store at a temperature between 45°F-85°F.