BLUELINE (brands Algamino, MicroRich, AlgaRoot, CaBoron, ProBoron

Technological Concept of the BLUELINE Line

The BLUELINE series of fertilizers from Beijing Leili Marine Bioindustry Inc. represents a high-tech organo-mineral complex designed to precisely target plant metabolism. The products (Algamino, MicroRich, AlgaRoot, CaBoron, ProBoron) are based on the synergy between biologically active substances of marine origin and chelated microelements. This technical solution minimizes phytotoxicity risks and ensures maximum bioavailability of nutrients.

Functional Composition Features

The core value of the composition lies in balancing nutrient elements with a low concentration of macro-components (nitrogen and phosphorus up to 1%). This allows the product to act as a precision tool for nutrient correction without inducing excessive vegetative growth. The internal composition includes essential meso- and microelements: calcium (CaO), magnesium (MgO), boron (B), iron (Fe), manganese (Mn), and copper (Cu). This enables the resolution of specific agricultural challenges:

• CaBoron and ProBoron: Aimed at strengthening cell walls and preventing deficiencies during active cell division phases, which is critical for tomatoes and strawberries.
• AlgaRoot: Stimulates root system development using natural growth hormones derived from seaweed.
• MicroRich: Compensates for microelement deficiencies that often become a limiting factor in intensive cultivation of cereals and corn.

Practical Field Application

The products are manufactured in aqueous solution form, ensuring ideal compatibility with tank mixtures and easy dosing. Foliar application via spraying during the growing season is the primary method of use. Due to the high purity of the active ingredients, the risk of nozzle clogging or sediment formation in the sprayer tank is virtually eliminated. The organo-mineral nature of these fertilizers promotes the natural immunity of crops, which translates in practice into better tolerance of temperature stress and reduced susceptibility to pathogens.