Kelfield Contemporary Bathroom Comfort Height Back to Wall Toilet with Soft Close Seat White

The Bathroom Comfort Height Back to Wall Toilet with Soft Close Seat is a modern and functional toilet designed for enhanced comfort and cleanliness. Its "comfort height" feature means it's slightly taller than standard toilets, making it easier to sit down and stand up, especially for those with mobility issues. Additionally, the soft close seat prevents slamming, providing a quieter and more gentle closing motion. This toilet combines practicality with sleek aesthetics, making it a great addition to any bathroom.

Create a sleek and sophisticated design for your bathroom or cloakroom with this high quality back to wall toilet, which can be combined with a discreet concealed cistern to complete the highly contemporary look.

A perfect blend of sleek design and innovative technology to revolutionize your bathroom experience. The quick-release seat mechanism facilitates effortless maintenance, while the smooth ceramic surface and high-quality glazing make cleaning a breeze. With a robust construction and durable materials, this toilet guarantees long-lasting performance and reliability.

Crafted from premium-grade materials, our rimless toilet is built to last. The durable ceramic construction resists chipping, fading, and scratching, ensuring that it maintains its pristine appearance for years to come. The smooth, seamless finish not only creates a sophisticated look but also makes cleaning effortless, saving you time and effort in maintaining a spotless bathroom.

Key Features

• Comfort Height: This toilet is designed with a slightly elevated seating position, offering greater ease of use for individuals with mobility concerns.
• Back to Wall Installation: This toilet is designed to be installed directly against the bathroom wall, providing a clean and space-saving appearance.
• Soft Close Seat: The toilet seat is equipped with a soft close mechanism, preventing loud slamming and ensuring a gentle and noise-free closing motion.