Description

Features:

• 🌱 HIGH PHOSPHORUS NPK 10:54:10 FOR ROOT & FLOWER DEVELOPMENT — NOVASOLIS NPK 10:54:10 fertilizer delivers very high phosphorus nutrition to support strong root development
• 🌿 PROMOTES EARLY GROWTH & PLANT ESTABLISHMENT — Ideal for seedlings transplants nursery plants and early crop stages helping faster root initiation reduced transplant shock and uniform crop stand.
• 🌸 ENHANCES FLOWERING & BUD FORMATION — High phosphorus content supports energy transfer bud development and flowering resulting in better bloom quality and improved yield potential.
• ⚡ ENRICHED WITH TRACE ELEMENTS (TE) — Added trace elements help prevent micronutrient deficiency improve enzyme activity nutrient balance and overall plant metabolism.
• 💧 100% WATER SOLUBLE FERTILIZER FOR EASY APPLICATION — Fully water soluble powder ensures quick nutrient availability and efficient uptake through soil application drip irrigation fertigation or foliar spray.

Package Dimensions: 110x110x500

Details: Build a strong foundation for healthy plants with NOVASOLIS NPK 10:54:10 + TE Water Soluble Fertilizer – a premium high-phosphorus plant nutrient designed for root development early growth and flowering. Phosphorus plays a vital role in root formation energy transfer and cell division, making this fertilizer especially effective during seedling stage transplanting and early crop establishment. The 10:54:10 NPK ratio provides balanced nitrogen for initial growth very high phosphorus for strong roots and potassium support for overall plant strength. The addition of trace elements (TE) ensures improved micronutrient availability helping plants develop stronger metabolism better stress tolerance and uniform growth. This results in healthier plants with improved flowering response and future yield performance. Its 100% water soluble formulation dissolves easily and delivers nutrients quickly making it suitable for soil drenching drip irrigation fertigation and foliar spraying. Regular use helps improve root density early vigour flowering response and plant stability.