Foop Mist Follicular Spray Ready to Use

Foop Mist Follicular Spray Ready to Use 32oz.

Instant organic nourishment for stronger, greener, happier plants.

Give your plants a quick boost with this easy, ready-to-use foliar spray made from the same microbe-rich goodness behind Foop’s beloved organic nutrients. This minty-fresh Foliar Mist feeds your plants through their leaves, delivering fast, visible results without any mixing, fuss, or mess. Perfect for houseplants, herbs, flowers, veggies—any plant that could use a little pick-me-up.

Crafted with fish emulsion, fish manure, and kelp, this spray gives your plants what they need to supercharge photosynthesis, improve overall health, and keep growing strong. And because it’s OMRI-certified and made in the USA, you can trust it’s safe, clean, and truly organic.

• Broad-Spectrum Organic Foliar Nutrition
• Instant Results: Promotes Vigorous Photosynthesis
• Ready-to-Use 32 oz Spray—No Mixing Needed
• Fresh Minty Scent (Indoor Friendly!)
• OMRI-Listed Organic
• Made in the USA

Directions for Use

1. Shake well before each use.
The organic ingredients naturally settle—give the bottle a good shake to remix.

2. Spray in the morning or late afternoon.
Avoid direct midday sun to prevent leaf spotting and to help plants absorb nutrients efficiently.

3. Apply to both tops and undersides of leaves.
Mist leaves evenly until they are lightly coated but not dripping.

4. Use on houseplants, herbs, veggies, flowers, and shrubs.
Safe for indoor and outdoor plants. Ideal for plants needing a boost in color, growth, or overall vigor.

5. Suggested frequency:

• General maintenance: Once per week
• Stressed or nutrient-hungry plants: Up to twice per week
• Seedlings & young plants: Light weekly misting

6. Avoid spraying blooms.
Foliar feeding is most effective on foliage, not flowers.

7. Do not use right before watering overhead.
Let the product sit on the leaves for at least 2–4 hours before rain or irrigation.

8. Store at room temperature.
Do not expose the bottle to freezing temperatures.