QYYZTQY Tree Houses Animal Series Pet WearResistant Sisal Climbing Frame Composite Board Flannel Cylinder Nest Toy Cat Tower is a multi level cat habitat designed to entertain and comfort indoor cats. It combines a wearresistent sisal climbing frame with a sturdy composite board base and a soft flannel cylinder nest, delivering scratching, climbing, lounging, and playful interaction in one compact unit. Available in Beige and Green, this cat tower pairs practical pet care with home friendly style. Key benefits Satisfies scratching instinct with wearresistant sisal posts, helping protect furniture and keep claws healthy. Encourages safe exercise and exploration through multiple levels and perches for climbing and jumping. Provides a warm, cozy nesting area with a soft flannel cylinder for resting and retreating after play. Sturdy composite board construction supports daily use and offers stable footing for cats of varying sizes. Color options Beige and Green allow you to choose the shade that fits your home decor. Key attributes Brand/Series: QYYZTQY, Tree Houses Animal Series Type: Pet WearResistant Sisal Climbing Frame Composite Board Flannel Cylinder Nest Toy Cat Tower Materials: WearResistant Sisal; Composite Board; Flannel Color options: Beige; Green Functionality: Climbing frame; Nest; Cat tower; Toy Use case: Indoor cat furniture designed for scratching, climbing, nesting, and play Use cases Scratching and exercise: Cats can engage with the wearresistant sisal climbing frame to scratch, stretch, and burn off energy, helping reduce damage to furniture. Nest and relax: The flannel cylinder nest offers a warm, comfortable spot for cats to hide, nap, and recharge between play sessions. Interactive play: The cat tower doubles as a toy structure, encouraging batting, climbing, and exploratory play that keeps cats mentally and physically engaged. This description reflects the product's stated features and branding, emphasizing durability, multifunctionality, and homefriendly design to support clear, credible decision making.