All of our fertilizers are clearly marked with three numbers that represent nitrogen (N), phosphorus (P) and potassium (K), or NPK for short. These indicate the three major nutrient components of fertilizers that are essential for the growth, flowering and overall health of plants.
Understanding the ratio of the fertilizers
The NPK ratio isn’t rocket science and once you understand the principals, you can use this quick universal tool for all your cultivation endeavors. From understanding NPK values, you will be able to select the right product based on what your plants actually need.
For example, if you are growing leafy vegetables then you may want to apply a fertilizer that has a higher nitrogen level to encourage leafy growth. If you are growing flowers, you may want to apply a fertilizer that has a higher phosphorus level to encourage more blooming.
What are these three Macro Nutrients?
Firstly, you need to know what these three macronutrients are and why they are the most vital nutrients your plants need.
Nitrogen (N)
Nitrogen is an important plant nutrient that fuels lush growth, deep green foliage, and resistance to adverse conditions, such as diseases and pests. Without nitrogen, plants grow slowly and develop small, stunted, and deformed leaves that are yellow or pale green. However, too much nitrogen can harm a plant and may cause leaves to turn yellow or brown. Too much nitrogen is especially dangerous for young plants that are not yet well-rooted.
Phosphorus (P)Phosphorus, which promotes overall plant health and healthy tissue development, is especially important for young plants in the process of establishing roots. Phosphorus also assists in the development of seeds. Plants with adequate phosphorus are strong and productive, resulting in more flowers, vegetables or fruits. A phosphorus deficiency results in slow plant growth, discoloration, and stunted, disfigured leaves with a scorched appearance.
Potassium contributes to strong roots and plant vigor, boosting the plant’s immune system and strengthening tolerance to pests and disease, as well environmental factors such as drought or bad weather. Plants with adequate potassium will display vibrant floral production. A plant with a potassium deficiency may suffer from stunted growth and scorched leaves, especially on the leaf tips. The deficiency is most evident on the lower and middle leaves of the plant.
What do the NPK numbers mean?
So now you know what nitrogen (N), phosphorus (P) and potassium (K) are, it’s now time to understand what the number values mean in relation to the NPK.
The higher the number, the more concentrated the nutrient is in the fertilizer. For example, numbers on fertilizer listed as 20-5-5 has four times more nitrogen in it than phosphorus and potassium. A 20-20-20 fertilizer has twice as much concentration of all three nutrients than 10-10-10.
A fertilizer that contains only one macro-nutrient will have “0” in the other values. For example, if a fertilizer is 10-0-0, then it only contains nitrogen.
Understanding our products
Making it easier for you. Now we’ve told you what NPK is, below are examples of certain products which best showcase these NPK values.
Example of Nitrogen heavy plant nutrient
NPK: 5 – 0 – 1
Dual Fuel 1 is an example of a nitrogen (N) heavy-based product that promotes vigorous, green foliage throughout the plant’s life.
Example of Phosphorus heavyplant nutrient
NPK: 0 – 14 -15
PK Spike is an example of a phosphorus (P) heavy-based product that helps facilitate bulking, and ripening of flowering plants.
Example of Potassium heavy plant nutrient
NPK: 0 – 0 – 62
Dense is an example of a potassium (K) heavy product that is designed to maximize mass and bulk flowers during the bloom stage.
