Enhance your soil and growing media with our Premium Horticultural Perlite, a versatile and essential component for any gardening or agricultural setup. Perlite is a naturally occurring volcanic glass that, when heated, expands to create a lightweight, porous material ideal for improving soil structure and drainage.

• Superior aeration: Perlite's porous nature ensures excellent aeration, preventing soil compaction and promoting healthy root growth by allowing air to reach the root system effectively.

• Optimal drainage: The unique structure of perlite helps to improve soil drainage, preventing waterlogging and reducing the risk of root rot. It maintains the perfect balance of water retention and drainage.

• Lightweight and easy handle: Perlite is lightweight, making it easy to mix with soil or other growing media. It reduces the overall weight of potted plants, making them easier to move and manage.

• Improved soil structure: Mixing perlite with soil enhances its structure, creating a looser, more friable medium that supports vigorous plant growth.

• Ph neutral and sterile: Perlite is naturally sterile and free from diseases, pests, and weed seeds. It has a neutral pH, making it suitable for a wide range of plants and growing conditions.

• Versatile application: Ideal for use in seed starting, hydroponics, container gardening, and soil conditioning. It can also be used as a rooting medium for cuttings and as a component in potting mixes.

• Long-lasting: Perlite does not decompose or break down over time, providing long-term benefits to soil structure and plant health.

• Soil amendment: Mix perlite into your soil at a ratio of 10-50%, depending on your specific needs and plant requirements. For heavy clay soils, a higher percentage of perlite will improve aeration and drainage.

• Seed starting: Use perlite alone or mixed with peat moss or vermiculite to create a sterile, well-draining medium for germinating seeds.

• Container gardening: Add perlite to potting mixes to improve drainage and aeration, ensuring optimal conditions for container-grown plants.