Our TDS (Technical Data Sheet) contains Product specifics including rates, analytics for each product and more.
UNIVERSAL™
0-0-1
Freshwater Algae Extract Agriculture Fertilizer
Universal™ consists of a fully soluble, high concentration of freshwater algae that is mechanically extracted from cultured tanks at our manufacturer’s facility in Spain.
Using only our own food-grade process to generate unicellular freshwater algae and bacteria grown in-house ensures many things, most importantly is the product is never adulterated through a chemical extraction method, using potentially harmful sodium carbonates or hydroxides. These chemicals strip the algae, seaweeds, or kelp of the vital nutritional content contained in the raw materials. By taking the time to develop this organic kelp alternative with a completely contained system of manufacturing, Ferticell® ensures a consistent product with the same nutritional value in every tank unlike outside sourced algae, kelp, or seaweed.
1-4
QTS/ACRE
6
pH ±1
2.5 170 275
SHIPMENT SIZE GALLONS
CERTIFICATIONS
Benefits
- Supports plants’ natural activities like flowering and fruit set
- Increases plant nutrient uptake
- Enhances resistance and recovery from plant stress events
- Supports flowering and final coloring responses in many grape and berry varieties
- Increases nutrient use efficiency and fertilizer assimilation
- Lower salt content than seaweed or kelp products, reducing salt inputs and burn potential
- Improved quality of fruit and vegetables through better absorption of nutrients
- Assists in a desired flowering response when applied with Nutri-Plus™
- Develops more homogenous fruits and reduces fruit fall
- Foliar and soil applications with any standard equipment
- Increased yield production at economic rates
- Creates a balanced nutrient uptake for a healthy growth curve
- Corrects discoloration
- Organic kelp alternative
- Improves nutrient conditions for better overall plant mass
- Improves soil nutrient conditions for root growth
- Optimizes soil nutrient conditions for seed germination
- Increases the release of bound nutrients from the soil
- Improve rhizobial symbiosis with plant roots
- Supports nodulation
- Improves inorganic nutrient and trace element availability for improved uptake
- Optimizes soil conditions for increased plant vigor
- Supports beneficial microbial activity and function of beneficial microbes
- Alleviates nutrient deficiency-based plant disorders
- Supports microbial associations with plant roots and rhizosphere
- Provides energy for the plant to focus on physiological functions
- Supports microbial populations
- Helps conversion of applied nutrients to plant-available forms
- Improves efficiency of applied fertilizers
- Improves nutrient uptake via natural chelating or complexing agents
- Increases plant nutrient assimilation efficiency
- Increased tolerance to sodium (Na)
- Optimizes nutrient use efficiency
- Reduces lodging