DELHAS POTASSIUM CITRATEX

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DELHAS POTASSIUM CITRATEX

DELHAS POTASSIUM CITRATEX


Advanced Liquid Potassium Fertilizer with 4-Way Synergy Complex

DELHAS POTASSIUM CITRATEX is an advanced biotechnological liquid potassium fertilizer engineered to deliver maximum potassium uptake, superior crop quality, and enhanced stress tolerance during the most critical growth stages of plants.

Unlike conventional potassium sources such as potassium chloride, sulfate, or nitrate, DELHAS POTASSIUM CITRATEX supplies potassium in a plant-metabolism-compatible organic form, ensuring fast, efficient, and lossless absorption with minimal environmental impact.


Guaranteed Analysis (w/w – w/v)

  1. Total Nitrogen (N): 3% w/w – 3.9% w/v
  2. Total Potassium (K₂O): 27% w/w – 36% w/v

This balanced formulation supports both rapid nutrient transport and high metabolic efficiency.


What Makes DELHAS POTASSIUM CITRATEX Different?

Potassium Compatible with Plant Metabolism

The key distinction of DELHAS POTASSIUM CITRATEX lies in its potassium citrate and potassium acetate transport system, which delivers potassium as a natural organic salt already recognized by plant biochemical pathways.

Because citric acid is a central metabolite in the Krebs cycle, potassium citrate is perceived by the plant as a native nutrient, not as a foreign ionic salt. This results in:

  1. Faster cellular uptake
  2. Higher internal utilization efficiency
  3. Minimal nutrient antagonism

Chloride-Free, Low Salt Index Nutrition

DELHAS POTASSIUM CITRATEX:

  1. Contains no chloride
  2. Eliminates leaf burn and tip burn risk
  3. Prevents potassium-induced calcium and magnesium antagonism
  4. Is safe for foliar and fertigation applications

This makes it ideal for chloride-sensitive crops and intensive production systems.

The Technological Core: The 4-Way Synergy Complex

The exceptional performance of DELHAS POTASSIUM CITRATEX is driven by the synergistic interaction of four advanced components, not by potassium alone.

1. Organic Acid Transport System (Citrate & Acetate)

Unlike large, synthetic EDTA chelates:

  1. Citrate and acetate have small molecular size
  2. Easily penetrate leaf cuticle and stomata
  3. Release potassium rapidly inside plant tissues

Organic acids ensure fast penetration, fast release, and high bioavailability, making them far superior for foliar nutrition.

2. Urea Nitrogen – The Penetration Enhancer

Urea plays a dual role:

  1. Provides rapidly absorbed nitrogen
  2. Temporarily increases cuticle permeability

This allows potassium citrate, glycerin, and other nutrients to enter leaf tissues more efficiently, significantly increasing overall uptake performance.

3. Polyamine Acids – Stomatal and Water Regulation

Polyamine acids function as advanced bio-regulators:

  1. Optimize stomatal opening and closing
  2. Improve water use efficiency
  3. Maintain nutrient uptake under drought, heat, and salinity stress

This ensures stable potassium absorption even under adverse environmental conditions.

4. Glycerin – Extended Absorption and Stress Protection

Glycerin acts as:

  1. A powerful humectant, keeping spray droplets moist longer
  2. A co-solvent enhancing formulation stability
  3. A stress-mitigating compound improving intracellular water balance

It extends the nutrient absorption window and strengthens plant resilience.

Superior Potassium Uptake Compared to Traditional Sources

Potassium citrate offers clear agronomic advantages:

  1. Faster foliar absorption
  2. Lower salt index
  3. Higher plant recognition
  4. Improved sugar, protein, aroma, and vitamin synthesis
  5. Enhanced fruit size, firmness, and market value

Traditional potassium salts often suffer from fixation, antagonism, or slow uptake, especially under stress conditions.

Key Agronomic Benefits

  1. Extremely high potassium uptake efficiency
  2. Chloride-free and low EC impact
  3. Enhanced drought, heat, and salinity tolerance
  4. Improved fruit size, color, firmness, and Brix
  5. Superior translocation through xylem and phloem
  6. Safe for foliar and drip irrigation systems
  7. Stable, crystal-free formulation produced with DI/RO water

Application Timing – When to Use DELHAS POTASSIUM CITRATEX

Apply during periods of maximum potassium demand:

Generative Development

  1. Fruit and grain formation
  2. Fruit enlargement and filling stages
  3. From walnut-size fruit until 15–20 days before harvest

Vegetative Structural Growth

  1. Stem elongation in cereals
  2. Tuber swelling in potato and sugar beet
  3. Post-flowering support for fruit set

Application Method and Dosage

DELHAS POTASSIUM CITRATEX is suitable for both foliar and fertigation use.

Foliar Application

  1. 250–300 ml per 100 liters of water
  2. Repeat every 10–15 days
  3. Apply early morning or late evening below 30°C

Drip Irrigation

  1. 3–4 lt per decare per week
  2. Apply directly through irrigation water

Important Note:

Do not mix with calcium-containing products. Always perform a compatibility test before tank mixing.

Recommended Crops

DELHAS POTASSIUM CITRATEX can be safely used on all potassium-demanding crops:

  1. Fruit Trees & Vineyards: Citrus, apple, pear, peach, apricot, cherry, olive, grape, fig
  2. Vegetables: Tomato, pepper, eggplant, cucumber, melon, watermelon, strawberry, onion, garlic
  3. Field Crops: Maize, sunflower, cotton, wheat, barley, rice, potato, sugar beet

Summary

DELHAS POTASSIUM CITRATEX is a next-generation potassium fertilizer that combines organic acid chelation, urea-assisted penetration, polyamine regulation, and glycerin-based stress protection into one powerful formulation.

It delivers potassium exactly how plants need it: fast, efficiently, safely, and sustainably, ensuring maximum yield, superior quality, and long-term crop performance under both optimal and stress conditions.

DELHAS POTASSIUM CITRATEX transforms potassium nutrition into a true biotechnological advantage for modern agriculture.