Remo Nutrients Nature’s Candy - 1 Litre

Remo Nutrients Nature’s Candy is a carbohydrate and amino acid additive designed to support beneficial bacteria and fungi development in the root zone and help improve nutrient uptake. It’s a plant nutrient additive built for growers who want a simple, cycle-friendly way to support an active root environment.

Nature’s Candy is described as extremely beneficial for all stages of development, with the strongest fit during the flowering stage of growth. The formula centers on multiple sugar varieties, which are positioned as a food source for beneficial microbes, helping encourage a more active root zone. That microbial support focus makes it especially relevant when you’re prioritizing a lively root environment alongside your core base nutrients.

Along with carbohydrates, this product includes amino acids to help in improving nutrient uptake and support micro flora levels. The result is a straightforward garden additive that stays focused on plant performance through better nutrient availability and a healthier-feeling root zone environment, without turning into a complicated multi-step product category.

The inputs are clearly defined by Remo: a blend of carbohydrates and amino acids with multiple sugar varieties, including glucose and molasses. Nature’s Candy also includes magnesium sulfate, B-complex inputs (B1, B2, B3, B5, and B6), a wide range of L-amino acids, and two different iron chelates, keeping the formula’s identity centered on sugars plus amino support for microbial activity and uptake.

Nature’s Candy can be used in soil, soilless, and hydroponic gardens, making it easy to match to common media choices. It does not contain animal products, which is helpful for growers who prefer inputs aligned with plant-focused garden programs.

This is a good fit for growers running soil, soilless, or hydroponic setups who want a carbohydrate and amino acid additive that supports beneficial bacteria and fungi development and helps improve nutrient uptake, with a clear place in both vegetative and flowering stage routines.