Reach every stubborn corner and high ceiling without ever needing a ladder.

Tackling hard-to-reach angles, dusty crown molding, and tall windows no longer requires awkward balancing acts or straining your back. The Royeva Triangular Extendable Cleaning Mop combines a flexible 360-degree pivoting head with a lightweight telescopic stainless steel pole to clean awkward gaps, high ceilings, and glass surfaces with minimal effort. Designed for multi-level homes and tight spaces, this versatile household tool glides smoothly behind furniture and wipes away grime, helping you maintain a spotless living space quickly and comfortably.

Key Benefits

• Maneuverability: The 360-degree rotating triangular head pivots smoothly around table legs, tight wall corners, and narrow gaps.
• Reach: The telescopic stainless steel pole extends easily to clean upper walls and ceiling fans safely from the floor.
• Performance: Dual-action cleaning pads use dense chenille strands to trap dust and a fine microfiber layer to absorb moisture without scratching delicate surfaces.
• Clarity: The integrated silicone scraper edge wipes away liquids from windows and mirrors in a single streak-free pass.
• Maintenance: Removable microfiber and chenille cloth pads are fully machine- or hand-washable for repeated, long-term use.
• Comfort: The lightweight PP and stainless steel construction minimizes arm fatigue during overhead or extended cleaning tasks.

Specifications

• Material: PP, stainless steel, chenille, microfiber
• Mop Head Size & Pole Length: Please refer to above images for details
  
• Closure: Twist-lock telescopic pole mechanism
• Included Cloths: Microfiber and chenille pads

FAQs

Q: Can the pole be locked securely at intermediate lengths?
A: Yes, the twist-lock telescopic mechanism allows you to secure the stainless steel pole firmly.

Q: Are the cleaning pads safe to use on hardwood floors and glass?
A: Yes, the soft chenille and microfiber materials are safe for sealed wood, tile, laminate, glass, and mirrors without scratching surfaces.