Incense Burner Sand 200g - Kiln Dried Heat-Resistant Ba

This kiln-dried incense burner sand is an essential companion for safely burning charcoal discs and resin incense. Smooth, fine, and heat-resistant, it provides a stable and insulating base for your incense rituals. When used in a fireproof bowl or incense holder, it helps protect the surface from heat damage, improves air circulation, and prevents overheating or burn marks. Simply spread a layer of sand in your incense bowl or burner before placing your charcoal disc on top. The sand supports even heat distribution and can assist in controlling the burn rate of resins or loose herbal blends, making it ideal for traditional or ceremonial incense practices. Clean, easy to handle, and non-clogging, this 200g bag is perfectly sized for regular use in home altars, temples, or wellness spaces. Whether you're using gum resin, frankincense, myrrh, or custom incense blends, this sand creates a safe and effective foundation for your spiritual work. Incense Burner Sand 200g - Kiln Dried Heat-Resistant Base for Charcoal & Resin A practical and essential tool for incense rituals, this fine kiln-dried sand provides a clean, heat-resistant base for your charcoal and resin burning. Used in incense burners, fire bowls or heatproof dishes, it protects surfaces from high temperatures, helps evenly distribute heat, and supports a smooth, steady burn. Ideal for gum resins, loose incense blends, and ritual ingredients, this non-clogging sand also minimises mess and residue. A perfect addition to spiritual practice, cleansing rituals, or meditation spaces. Fine kiln-dried sand for use in incense burners and charcoal bowls Helps protect the bowl from heat damage and residue build-up Supports safe, even burning of incense resins and charcoal discs Smooth, dry, non-clogging - easy to spread and clean Ideal for use with resins, loose incense, or ritual blends Approx Size: 200g per bag Origin: UK Small bag of sand - ideal to put in a fire bowl to help protect a bowl, insulate and add to heat transference.