4 Pcs Sugar Glider Supplies Cage Accessories, Hamster Stainless Steel Platform with Climbing Ladder, Rat Climbing Toys for Cage for Squirrel Hamsters Guinea Pig Small Animal

About This

• Package Includes: You will receive 2 stainless steel hamster platforms and 2 climbing ladders. The removable climbing ladder connects upper and lower spaces, providing your pet with a comfortable area for resting, eating, or playing.
• Dimensions: Hamster cage platforms: 6.69 × 4.72 inches and 7.84 × 5.91 inches; Hamster climbing ladder: 7.84 × 3.15 inches. Create multi-level spaces for added fun.
• Premium Materials: Crafted from high-grade stainless steel, these Sugar Kangaroo cage accessories resist corrosion and rust. Ventilated mesh design ensures airflow, safeguarding your small pet's health.
• Simple Installation: Features rust-proof stainless steel hooks for quick assembly inside the cage. Secure and stable, preventing tipping when pets climb.
• Versatile Application: The Sugar Kangaroo perch platform perfectly fits cages for various small pets including sugar gliders, hamsters, squirrels, guinea pigs, and rats.

Overview

• Breed Recommendation : Hamster, Guinea Pig, Chinchillas, Gerbils, Mice, Rats, Mouse
• Specific Uses For Product : Active, Climing
• Recommended Uses For Product : Climing
• Brand : TTFdacai
• Product Features: The stainless steel platform provides pets with a comfortable space for resting, eating, or playing. Its non-slip surface texture effectively prevents pets from slipping. The removable climbing ladder connects upper and lower spaces, helping pets exercise their limbs, enhance flexibility, and enrich cage activities. This sugar glider cage accessory fits cages for various small pets including sugar gliders, hamsters, squirrels, guinea pigs, and rats. Specifications: Material: Stainless steel Color: Black Dimensions: As shown in the image Package Contents: 2 Sugar Kangaroo Perch Platforms 2 Climbing Ladders Notes: Hand-measured dimensions may have slight variations. Colors may appear slightly different due to screen display variations.