Fluid Boron

Product Detail:

**Sugar-alcohol carrier enables dual-pathway transport—unmatched by conventional boron fertilizers**

Inorganic boron (borax/boric acid) relies solely on xylem transport, moving upward unidirectionally with the transpiration stream; consequently, boron stored in older leaves cannot reach flowers or fruit.

Liquid boron utilizes sugar-alcohol (sorbitol/xylitol) chelating carriers, enabling bidirectional transport via both xylem and phloem. Boron stored in older leaves is rapidly translocated to critical boron-demanding areas such as flower buds, stamens/pistils, young fruit, and new shoots. Absorption efficiency remains unhindered by low temperatures, overcast/rainy weather, or low light, resulting in a utilization rate 2–3 times higher than that of conventional boron fertilizers.

**Fully water-soluble liquid; compatible with all fertigation scenarios without clogging equipment**

It is infinitely miscible with clean water at ambient temperatures, leaving no sediment or impurities. Suitable for foliar spraying, drip irrigation, soil drenching, and aerial application, it will not clog nozzles or drippers.

As a concentrated liquid formulation, it is easy to dilute without the need for pre-dissolving or stirring, offering great convenience for both farmers and fertilizer manufacturers.

**Neutral chelation system; excellent compatibility with no antagonistic precipitation**

With a near-neutral pH—unlike the strongly alkaline nature of borax—it can be directly mixed with potassium dihydrogen phosphate, sugar-alcohol calcium, amino acids, polyglutamic acid, chitooligosaccharides, and the vast majority of insecticides and fungicides.

It does not react with calcium or magnesium ions to form insoluble precipitates, allowing for simultaneous boron and calcium supplementation. This helps prevent flower drop and fruit cracking while significantly reducing the frequency of spraying and fertilization.

**Superior safety profile; safe for spraying during flowering and young fruit stages without burning flowers or leaves**

Excessive concentrations of inorganic boron fertilizers can cause petal scorching, spotting on tender leaves, and boron toxicity.

In contrast, liquid sugar-alcohol boron is gentle and low-irritation. It can be safely used throughout the entire growth cycle—from the seedling stage and budding to full bloom, young fruit development, and fruit expansion. Even when sprayed during flowering in high temperatures, it does not scorch stigmas or pollen, making it safe for sensitive crops such as strawberries, grapes, and cherries. Resistant to soil fixation; highly effective for boron supplementation in saline-alkali soils

In northern alkaline soils and greenhouse plots suffering from salinization, inorganic boron tends to bind with calcium and aluminum ions, becoming fixed and ineffective.

In contrast, fluid boron features a stable organic chelated structure; when applied via drip irrigation, it resists soil adsorption and fixation, ensuring a sustained release of boron to crops and effectively addressing the widespread boron deficiency found in saline-alkali soils.

Combines nutritional and synergistic properties to enhance quality and yield when used alongside other fertilizers

Formulated with sugar alcohol organic matter, it not only supplies boron but also increases leaf cuticle permeability, facilitating the uptake of N-P-K as well as secondary and trace elements. When combined with polyglutamic acid and chitooligosaccharides, it delivers multiple benefits: nutrient retention, root promotion, disease resistance, and flower preservation.

Summary:

Fluid Boron is a high-end, safe, and versatile boron supplement that acts rapidly. Compared to traditional solid boron fertilizers, its key advantages include bidirectional mobility within the plant, high absorption rates, compatibility with calcium, and safety during the flowering stage. Its primary benefits for crops include promoting pollination, flower retention, and fruit set; reducing fruit cracking and deformity; enhancing fruit expansion, sweetness, and quality; and strengthening roots while boosting stress resistance and preventing premature senescence. It is an essential water-soluble foliar input for fruit trees, melons, and cash crops during the flowering and fruit expansion stages; when combined with polyglutamic acid, chitooligosaccharides, or amino acid-based organic fertilizers, it creates a synergistic effect that boosts nutrition, growth, and disease resistance.