20L Lightweight Clay Aggregate 8-16mm LECA Pebbles Hydroponic Orchid Medium

• VERSATILE GROWING MEDIUM: Lightweight clay aggregate pellets ideal for hydroponic systems, orchid cultivation, and various indoor plant applications
• PACKAGE CONTENTS: Two 10-litre bags of expanded clay pebbles, totalling 20 litres of growing medium
• OPTIMAL DRAINAGE: Porous clay structure provides excellent water retention whilst preventing waterlogging and root rot
• REUSABLE MATERIAL: Durable clay pellets can be cleaned and reused for multiple growing cycles, making them cost-effective
• PLANT SUPPORT: Provides stable anchoring for plant roots while allowing proper air circulation and nutrient distribution

Product description Transform your hydroponic growing experience with this premium lightweight clay aggregate growing medium. Each pack contains 2x10L bags of specially formed clay pellets, perfect for providing optimal root aeration and moisture retention for your plants. These versatile clay aggregates create an ideal environment for orchids and other plants by maintaining consistent moisture levels while preventing root rot. The porous nature of the pellets helps maintain crucial oxygen levels around the root zone, promoting healthier growth. Suitable for both hydroponic systems and as a drainage layer in traditional potting. The uniform size of the aggregates ensures consistent water distribution and sturdy plant support. This 20L package is sufficient for multiple plant setups or larger growing projects. The material is reusable after proper cleaning and sterilisation, making it a long-lasting growing medium choice. Ideal for both beginners and experienced growers looking to optimise their plant cultivation results. Safety Warning Safety Warning: Keep out of reach of children and pets. Rinse thoroughly before first use to remove dust and debris. Avoid inhaling dust; use a mask if necessary. Store in a dry place to prevent mold growth. Not intended for human or animal consumption. Use gloves if you have sensitive skin to avoid irritation.