Kids Bedside Slide with Non-Slip Base & Handrails

Kids Bedside Slide with Non-Slip Base & Handrails

Make indoor playtime exciting and safe with this Children’s Bedside Slide, designed for home use. Featuring a 160 cm extended sliding track and 31–33 cm widened surface, it ensures smooth and comfortable gliding. The three-level adjustable height (42–55 cm) allows easy alignment with beds or sofas.

Key Features

• Three-Level Adjustable Height System: Designed with three adjustable height settings ranging from 42 cm to 55 cm, allowing the slide to match different furniture heights such as beds, sofas, and cabinets.

• Extended & Widened Sliding Track: Features a 160 cm long sliding surface (including buffer zone) with a widened 31–33 cm track to provide smoother gliding and better balance.

• Enhanced Safety with Handrails & Waiting Zone: Equipped with heightened handrails and an enlarged waiting/turning zone at the top platform. This widened area allows toddlers to sit, turn, and position themselves comfortably.

• Non-Slip Base & Foldable Storage Design: Includes six non-slip silicone pads at the base to increase floor grip on tiles, wooden floors, and other smooth surfaces. The 90-degree folding mechanism allows quick storage.

Product Specifications

• Material: PE plastic

• Design: 90-degree foldable & Portable

• Surface Grip: 6 non-slip silicone pads

• Dimensions: 160 cm × 38 cm × 40–55 cm

• Usage: Playing and Sliding

• Color: Green + White

Product Care Instructions

• Regular Surface Cleaning
  Wipe the sliding surface and handrails with a soft damp cloth to remove dust and maintain smooth gliding performance.

• Check Adjustment Locks Periodically
  Ensure height adjustment holes and locking points remain secure and properly aligned before each use.

• Keep Base Pads Clean
  Clean the non-slip silicone pads regularly to maintain proper grip and prevent slipping on smooth floors.

• Store Folded in Dry Area
  When not in use, fold and store in a dry indoor space to protect materials and maintain structural durability.