Advanced Nutrients pH Perfect Sensi Coco Bloom Part A 1L

Advanced Nutrients pH Perfect® Sensi Coco Bloom

• Basic fertilizer for bloom in coconut substrates
• Humic acids derived from Leonardite
• High concentration of nutrients, mainly with calcium (Ca), magnesium (Mg) and iron (Fe)
• Larger plant matter
• Contains pH Perfect technology

pH Perfect Sensi Coco Bloom is a revolutionary two-component nutrient fertilizer used for growing in coconut fiber without the need for any experience. Growing in coconut fiber would be ideal, especially for the environmentally friendly grower, if there is no risk of nutrient deficiencies. These are mainly the specific elements calcium (Ca) and magnesium (Mg). However, even when using additives formulated directly for coconut medium or Cal-Mag supplements, they can and do cause disadvantages. Now the AN research team has found a missing piece of the puzzle, a hidden defect in most of the "coconut substrates" nutrients designed for this otherwise excellent growing environment. As it turns out, iron is a limiting factor in Coco. Your precious plants need not only extra calcium and magnesium to maximize their potential in the coconut substrate, but also extra iron. This is the reason why, despite all efforts, shortcomings appear. Therefore, each of the main pH Perfect Coco products is your trouble-free solution that completely removes all obstacles that prevent the plant from growing safely and productively in coconut fiber.

pH Perfect® technology

A patented scientific discovery that revolutionizes thousands of gardens around the world.

When you add pH Perfect Grow Bloom Coco to your arsenal of fertilizers, you can:

• Protect your plants from sudden fluctuations in pH. This allows your plants to continue to focus on growing lush greenery and full, thick buds.
• Forget about pH meters. The most effective way to stop pH adjustment. Your nutrients will remain at the ideal pH level!
• Eliminate the need for ingredients to equalize the pH. Remember that your pH automatically adjusts to its ideal acidity