-40%
1.25 oz Humic Acid Soil Amendment Plant Nutrient Uptake Root Growth Stimulant
$ 4.74
- Description
- Size Guide
Description
ProductInfo
:
1.25 oz Humic Acid Soil Amendment Plant Aid Nutrient Uptake Root Growth Stimulant
Size:
35 g /
1.25 oz pack - enough to cover 3-6 sq ft or treat 3-6 gallons of soil or treat 3-6 plants using 1-2 teaspoons per plant / sq ft.
Humic Acid
is a carbon-based soil amendment that helps unlock nutrients and bind to them, making them available for uptake into plants, essential for healthy green plants, great for your indoor plants, helps improve health and growth. Contains carbon, oxygen, nitrogen, hydrogen, and phosphorus, formed by the microbial degradation of dead plant matter.
100%Organic and just what your plants need!
Natural,safe and easy to use!
Derived from leonardite.
Other Benefits:
Organic
Improves plant health and growth.
Increases plant nutrient uptake
Soil Conditioning and Water Retention improvement
Increases microbial activity
Captures and locks up soil toxins
Increases root health and seed germination
Great source of
essential nutrients,vitamins and trace elements.
Helps increase root growth.
Helps detoxify the soil of heavy metals.
Helps with drought tolerance
Is an excellent root simulator
Helps to lower the pH of the soil to a more neutral level, etc. etc.
Directions For Use:
Mix 1 tsp per Gallon of soil or per potted plant.
Buy now and start giving your plants what they need!
Enjoy the results!
Disclaimer
Please do your own research, Diatomaceous Earth is
certified organic by the
O
rganic
M
inerals
R
eview Institute.
But further research
may
be needed.
Can be used on a large variety of plants, but many plants require special and different care all-together. Our information / products are to be used only for research and educational purposes. Please refer to a professional if you have any concerns about using any of our products.
*Keep out of reach of children*
*Avoid eye contact*
*Avoid breathing dust *
*Keep away from moisture*
*Store in a cool dry place*
*Keep away from direct sunlight*