DIY Ledge 001 - Artificial Rock Ledges for Reptiles
We clean up after ourselves.
Ecommerce deliveries have a carbon footprint. That's why we support verified projects that remove carbon from the air.
Every delivery’s carbon footprint is calculated based on weight, shipping method, and distance traveled. We neutralize these emissions by purchasing verified carbon removal credits from groundbreaking projects.
With your purchase, you’ll join a community of proactive merchants and customers dedicated to a sustainable future. Together, we've removed emissions for over 41 million deliveries and removed over 28 thousand tonnes of carbon.
We work with a network of pioneering carbon removal companies that have been vetted by the commerce platform Shopify.
Product Details
- Dimensions - 9" L x 6" W x 2.5" H
- Materials - Polyurea
- Country of Origin - USA
Product Description
Molded from actual rocks and selected for their shape.
- Perfect for small, medium and large habitats
- Safe, non toxic materials
- Super realistic
- Super strong, lightweight construction
- Easy to attach to back or sides with animal safe silicon
- Easy to clean and sanitize
Full Description
Not only just for looks, these realistic artificial rock ledges will help your cold blooded pets to regulate their body temperature as they can climb or rest on. Easy to position them to suit your own custom designs.
Made from groundbreaking, safe, non toxic materials and able to be added to and withstand the hottest desert or rainforest terrariums. The coloration is actually crushed rocks and sand that is added to the actual piece during the manufacturing process for an amazingly realistic look that will never fade or lose its coloration.
Made in the USA by Universal Rocks, we know you will enjoy these quality decorative yet functional rocky ledges and get years of use while decorating your custom habitat with the most realistic reptile décor around that is made to last for many years and can be washed, scrubbed and even power washed without causing damage to the surface.