Introducing Ca 10% EDTA – a fast-acting, highly soluble calcium chelate designed to prevent and correct calcium deficiencies across a wide range of crops. With EDTA chelation technology, this formula ensures excellent absorption through both foliar and soil applications, even in challenging soil conditions.

Powerful Chelated Calcium Support

• 10% Ca (Calcium) EDTA: Provides a reliable and readily available calcium source to strengthen cell walls and improve fruit quality.
• EDTA Chelation: Protects calcium from precipitation and enhances its mobility and uptake by plants.
• Versatile Use: Suitable for foliar spray, fertigation, and soil application in open fields, orchards, and greenhouse systems.

Key Benefits of Ca 10% EDTA

• Stronger Plant Structure: Calcium fortifies cell walls, reducing fruit cracking, blossom-end rot, and other physiological disorders.
• Enhanced Fruit Quality: Improves firmness, storability, and transport resilience of fruits and vegetables. 
• Stronger Plant Structure: Calcium fortifies cell walls, reducing fruit cracking, blossom-end rot, and other physiological disorders. For more details on calcium nutrition and plant health, check this.
• Fast Dissolution & Absorption: Water-soluble formulation ensures immediate and efficient uptake.
• Safe & Effective: Gentle on crops, minimizing risks of phytotoxicity while providing consistent nutrition.
• Adaptable to Various Crops: Ideal for vegetables, fruits, cereals, ornamentals, and hydroponic systems.

How to Use

• Foliar Spray: Dissolve the recommended amount in water and spray evenly on foliage during early morning or late afternoon.
• Soil Application: Mix with irrigation water and apply near root zones to improve calcium uptake.
• Hydroponics & Fertigation: Fully compatible with liquid feeding systems; follow crop-specific dosage guidelines.

Packaging

• Product Name: Ca 10% EDTA
• Net Weight: 1 kg
• Purpose: Specially developed for professional growers to ensure strong plant structure, improved fruit quality, and reliable calcium nutrition under diverse cultivation practices.