Hifield Karbon Rich is a premium-grade, water-soluble bio-stimulant formulated with Potassium Humate 49% derived from high-quality Leonardite. Enriched with 49% Potassium and 21% Humic Acid, this product improves soil fertility, boosts root growth, and enhances nutrient uptake for higher yield and better crop quality.

The fine, fast-dissolving powder is designed for drip irrigation, foliar spray, and soil drenching. Potassium aids in flowering, fruit formation, and stress tolerance, while humic acid improves nutrient chelation, soil aeration, and microbial activity—resulting in healthier and more productive crops.

Product Specifications

Key Benefits

• Boosts Flowering & Fruiting: Promotes healthy flowering and fruit set for higher yields and quality produce.
• Improves Soil Fertility: Enhances soil structure, aeration, and nutrient retention through organic humic components.
• Enhances Nutrient Absorption: Chelates essential minerals for improved uptake and utilization by plants.
• Balances Soil pH: Helps reduce nutrient fixation and promotes balanced soil chemistry.
• Encourages Root Development: Stimulates robust root systems that support strong and resilient plants.
• Eco-Safe & Organic: 100% organic and biodegradable, ideal for sustainable and organic farming systems.

Application & Dosage

Hifield Karbon Rich can be applied through soil drenching, fertigation, or foliar spray depending on crop type and stage.

Apply during vegetative, flowering, or fruiting stages for best results. Repeat every 20–30 days based on crop needs and soil condition.

Recommended Crops

Suitable for all crops including Vegetables, Fruits, Pulses, Cereals, Oilseeds, Plantation Crops, and Floricultural plants.

Usage Recommendations

• Dissolve completely in water before application to ensure uniform nutrient delivery.
• Apply during early morning or evening to prevent nutrient evaporation losses.
• Compatible with most fertilizers and agrochemicals but avoid mixing with strong acids or alkalis.
• Store in a cool, dry place away from direct sunlight and moisture.