Hi-Yield Powder Sulfur delivers a strong, reliable source of elemental sulfur in a convenient powder form, designed for soil-based gardening and landscape needs. With 90% active sulfur, this product focuses on soil amendment and micronutrient support rather than acting as a complete fertilizer. It’s ideal for gradually lowering soil pH in alkaline soils and enhancing sulfur availability for plants that benefit from it. What makes Hi-Yield Powder Sulfur stand out:
- High purity, 90% elemental sulfur for a steady, measurable impact on soil chemistry.
- Fine powder texture for even coverage and easier incorporation into garden beds, lawns, and planting areas.
- Compact 3.25 lb container, perfect for home gardens, small landscapes, and seasonal soil adjustments.
- Soil-based solution only (Not for hydroponic use) and not intended as a standalone fertilizer. Who benefits:
- Gardeners with alkaline soils aiming to create a more favorable environment for acid-loving plants such as blueberries, azaleas, rhododendrons, and hydrangeas.
- Lawn enthusiasts looking to adjust soil chemistry after lime applications to rebalance sulfur levels.
- Vegetable and ornamental gardeners seeking targeted sulfur supplementation to support plant health and nutrition. How to use (general guidance):
- Test your soil to determine pH and sulfur needs before applying.
- Broadcast the powder evenly over the soil surface and lightly rake to incorporate into the top layer.
- Water after application to help start the oxidation process and move sulfur into the root zone.
- Apply under cool, moist soil conditions and monitor soil pH over time; reapply as needed according to soil test results. Product details:
- Brand: Hi-Yield
- Product Form: Powder
- Active Ingredient: 90% Sulfur
- Container Size: 3.25 lb
- For Hydroponic Use: No
- Fertilizer Component: No
- Organic: No This Hi-Yield sulfur powder provides a practical, science-backed approach to managing soil pH and sulfur availability, supporting healthier growth and better performance in plants that rely on adequate sulfur nutrition.
