Algal extracts are rich in active substances such as cytokinins. Through dual pathways—signal induction and hormonal balance—they precisely promote fruit cell division, establishing a systematic regulatory chain that spans from flower bud differentiation and fruit set to uniform enlargement and efficient nutrient transport, significantly enhancing yield and quality. MaxSeaSailer is derived from North Atlantic bladderwrack, fully water-soluble, and rich in algal polysaccharides, alginate, and natural hormones. It rapidly promotes plant growth, enhances stress resistance, and improves soil health, supporting high-yield, high-quality crop production.

The final size and yield of fruits are determined jointly by the number of cell divisions and the volume of cell expansion. As a natural biostimulant, algal extract precisely promotes cell division through multiple mechanisms, making it a key technological solution for improving crop productivity and quality.

Ⅰ. Active Substance Basis: Seaweed Rich in Natural Cell Division Inducers

Seaweed grows rapidly and is abundant in various growth-promoting active compounds, including cytokinins, auxins, and gibberellins. These substances significantly promote plant cell division, delay senescence, enhance photosynthetic efficiency, and stimulate root and stem development.

Ⅱ. Core Mechanism of Action: Dual-Channel Regulation via Signal Induction and Hormonal Balance

1. Signal Pathway Induces Gene Expression

Small-molecule active compounds such as algal oligosaccharides act as signaling molecules, inducing the expression of endogenous hormone-related genes and directly promoting cell division and growth.

2. Hormonal Balance Optimization

Algal extracts balance endogenous plant hormones, creating an optimal environment for cell division and expansion. Their natural hormone ratios closely resemble those of plants, enabling efficient utilization and thereby promoting rapid fruit enlargement and uniform development.

Ⅲ. Specific Effects: Comprehensive Support from Bud Formation to Fruit Expansion

1. Promoting Flower Bud Differentiation and Fruit Set

Alginic acid evenly regulates plant growth, enhances flower bud differentiation, improves fruit set rate, and reduces fruit drop and cracking, laying a solid foundation for early-stage cellular division in fruits.

2. Accelerating Fruit Cell Division and Enlargement

Rich in cytokinins, seaweed extract increases flower quantity and fruit set rate, and boosts fruit cell division and expansion. Combined with enzymatically hydrolyzed seaweed extracts and amino acids, it synergistically optimizes hormonal balance to speed up cell division and elongation. This ensures uniform fruit growth and a high rate of marketable fruits.

3. Regulating Nutrient Transport

Algal extracts promote the transport and synthesis of cytokinins into fruits and accelerate nutrient delivery, providing ample energy for rapidly dividing cells.

Algal extracts establish a systematic regulatory chain covering “flower bud differentiation—fruit set—cell division—uniform expansion—efficient nutrient transport.”

IV. MaxSeaSailer: Targeting Fruit Cell Division to Build a Foundation for High Yield

MaxSeaSailer is derived from imported bladderwrack (Ascophyllum nodosum) sourced from cold waters of the North Atlantic, and is a fully water-soluble seaweed-based biostimulant. Rich in algal polysaccharides, alginate, minerals, vitamins, and natural plant hormones, it rapidly promotes vigorous crop growth, enhances flowering and fruit set, and improves yield stability. It also strengthens plants’ resistance to diseases and environmental stress, improves soil conditions, and maintains overall plant health and vitality.

Product Specifications: Alginic acid 18%; Organic matter 50%; Potassium (K₂O) 18%; Mannitol 2%; pH value (1:100 dilution): 9.0–11.0; Appearance: Black Micropartical powder/flakes

Advantages:

• Improves soil structure and promotes the formation of soil aggregates.
• Enhances soil aeration and water retention capacity.
• Optimizes the rhizosphere environment, supporting healthy root development.

Stimulates bud differentiation, increasing flowering and fruit set rates.

• Promotes root growth and improves nutrient uptake efficiency.
• Activates cell division and metabolic activities, enabling vigorous growth.
• Aids in rapid recovery and establishment after transplanting.
• Enhances resistance to diseases, drought, cold, and salt stress.

AuthorProfle

PING｜Senior Plant Physiology and Nutrition solutions Architect, CITYMAX GROUP Focusing on interdisciplinary research and Technological translation at the intersection of plant Physiology and biostimulants,we are dedicated to Transforming fundamental scientific theories into Verifiable field solutions.By integrating cutting-edge Mechanisms with practical production applications, We drive the advancement of agricultural input R&D And deployment towards a new phase characterised By data-driven and mechanism-based approaches

 

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