Benefits:
- Organic-based with boosted nutrients
- Pellet form for easy, mess-free application
- Promotes flowering and vibrant green foliage
- Helps prevent yellowing leaves in late winter and early spring
- Contains organic carbon to improve soil structure and nutrient retention
Application Rate:
- Apply to moist soil around the drip line, avoiding foliage
- Water in well after application
- Apply after new season growth appears, then every 8–10 weeks from spring to autumn
- Use Seamungus in winter instead
- Established plants: 100g per plant
- Potted plants: 15g per 150mm pot, then 5g for every additional 25mm
- Planting: Apply Seamungus at 100g per plant
NPK & Nutrient Analysis:
6 : 2 : 8Sulphur: 8.57%
Calcium: 3.40%
Iron: 0.31%
Magnesium: 0.8%
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Frequently Asked Questions
What is Kahoona Acid Loving Fertiliser used for?
Kahoona is an organic-based, chemically boosted fertiliser designed to enhance both growth and flowering in acid-loving plants like camellias, gardenias, azaleas, and rhododendrons. Its higher potassium to nitrogen ratio helps improve flower development, while added iron and magnesium support rich green foliage and reduce seasonal yellowing.
How do I use Kahoona Acid Loving Fertiliser?
Apply to moist soil around the drip line, avoiding foliage Water in well after application Apply after new season growth appears, then every 8–10 weeks from spring to autumn Use Seamungus in winter instead Established plants: 100g per plant Potted plants: 15g per 150mm pot, then 5g for every additional 25mm Planting: Apply Seamungus at 100g per plant
What is the nutrient analysis of Kahoona Acid Loving Fertiliser?
NPK and nutrient analysis: 6 : 2 : 8 Sulphur: 8.57% Calcium: 3.40% Iron: 0.31% Magnesium: 0.8%
What are the main benefits of Kahoona Acid Loving Fertiliser?
Organic-based with boosted nutrients Pellet form for easy, mess-free application Promotes flowering and vibrant green foliage Helps prevent yellowing leaves in late winter and early spring Contains organic carbon to improve soil structure and nutrient retention