Product Overview
Unipac Reptile Silica Sand, Natural Attractive Arid Desert Substrate for Terrarium, Vivarium, or Paludarium, Reptile Friendly, Fine Grain, 0.3mm to 0.4mm (300µ to 400µ)
Unipac Reptile Silica Sand is a high-quality, fine-grain substrate (0.3mm to 0.4mm) designed for terrariums, vivariums, and paludariums, providing a natural and visually appealing arid desert environment. Safe and reptile-friendly, it is free from harmful chemicals, making it ideal for bearded dragons, geckos, and other desert-dwelling species. The fine texture is gentle on delicate skin while supporting natural digging and burrowing behaviors. Its authentic desert appearance enhances any habitat, while its low-dust composition ensures easy maintenance and cleanliness. Perfect for dry and semi-arid setups, Unipac Reptile Silica Sand combines aesthetics, safety, and functionality for an enriched reptile enclosure.
- Authentic Desert Aesthetic – Fine-grain silica sand (0.3mm to 0.4mm) creates a natural-looking arid environment, enhancing the visual appeal of Terrariums, Vivariums, and Paludariums while providing an ideal substrate for desert-dwelling reptiles.
- Reptile-Safe & Non-Toxic – Specially processed to be free from harmful chemicals and impurities, ensuring a safe habitat for reptiles such as bearded dragons, geckos, uromastyx, and other species that thrive in dry environments.
- Encourages Natural Behaviors – The soft, fine texture allows reptiles to engage in instinctual activities like digging, burrowing, and thermoregulation, promoting their overall well-being and reducing stress.
- Low Dust & Easy Maintenance – Designed to minimize airborne dust, helping maintain a cleaner habitat and reducing respiratory risks for both reptiles and their owners, while also allowing for effortless spot cleaning and substrate upkeep.
- Versatile & Multi-Use – Ideal for various enclosure setups, including terrariums, vivariums, and paludariums, providing excellent coverage and a stable foundation for decorations, hides, and basking areas.
