Humitite Plus Humic Acid Fertilizer – Boost All Plants Growth (1L)

Humitite Plus humic acid fertilizer is specially formulated to enhance the growth of all plants with a powerful mix of humic acid 10%, amino acid 5%, fulvic acid 6%, seaweed extract 6%, and bioenzyme 3%. This liquid organic fertilizer stimulates root growth, improves nutrient uptake, and supports plant energy balance for healthier, higher-yielding crops.

Key features

• Contains 10% humic acid to promote root development and nutrient absorption
• 5% amino acids serve as nitrogen source and aid protein synthesis within plants
• 6% fulvic acid enhances nutrient transport and bioavailability
• 6% seaweed extract encourages rapid plant tissue development and stress tolerance
• 3% bioenzyme activates soil microorganisms and improves soil health
• Increases seed germination rates and overall crop yield
• Reduces toxic residues and herbicide buildup in soils
• Compatible with fertigation, hydroponics, sprinkler systems, and foliar sprays

Materials & care

Humitite Plus is a liquid organic fertilizer blend based on potassium humate (activated humic acids), amino acids, fulvic acid, seaweed extract, and bioenzymes. Store in a cool, dry place away from direct sunlight. Shake well before use.

FAQ

Q1: What is Humitite Plus?

A: Humitite Plus is an organic liquid fertilizer enriched with humic acid and beneficial nutrients that support all types of plants.

Q2: How do I apply Humitite Plus?

A: Dilute 40 ml of Humitite Plus in 15 litres of water for foliar spraying or use it in fertigation and hydroponic systems.

Q3: Can Humitite Plus help plants under stress?

A: Yes, it increases plants' tolerance to abiotic stress such as drought, heat, cold, and saline conditions.

Q4: Is Humitite Plus suitable for all plants?

A: Yes, it works effectively to stimulate growth and improve yields in all types of plants and crops.

Q5: What benefits does seaweed extract provide in this fertilizer?

A: Seaweed extract boosts plant tissue development and helps plants cope with environmental stressors.