AKW Navlin Standard Height Back to Wall Toilet Pan (23572)

AKW Navlin Standard Height Back-to-Wall Rimless WC Pan (23572) – Hygiene, Safety & Strength

Transform your bathroom with the AKW Navlin Standard Height Back-to-Wall Rimless WC Pan, engineered for superior hygiene, user safety, and inclusive design. Ideal for care homes, accessible bathrooms, or modern family spaces, this robust pan combines cutting-edge rimless technology with thoughtful accessibility features.

Crafted from durable white ceramic, the rimless bowl uses a direct flushing technique to eliminate hidden rims where bacteria can lurk – making cleaning faster, simpler, and more effective. Rounded edges and corners throughout reduce injury risk, while the horizontal outlet and two-point side-entry floor fixings (with white cosmetic caps) ensure secure, low-maintenance installation and a clean, dust-free finish.

Rated to support up to 60 stone (400kg), it accommodates a wide range of users with confidence. Designed for concealed cistern installation, it delivers a sleek, streamlined look when paired with AKW furniture or low-level cistern setups (cistern, flush mechanism, and seat sold separately).

Key Features:

• Rimless design – Superior hygiene and effortless cleaning
• Safety-first – Fully rounded edges and corners
• Load capacity: 400kg (60 stone)
• Outlet: Horizontal (back-to-wall)
• Fixings: Secure two-point floor fixings with rust-proof white caps
• Material: High-quality ceramic
• Height: Standard
• Compatibility:
  • Concealed cisterns (AKW furniture-ready)
  • Low-level cistern + flush pipe (for traditional setup)
  • Soft-close seats (two contemporary options available separately)
• Eco-packaging: Individually protected with recyclable materials

Product Includes:

• 1 × Navlin Back-to-Wall WC Pan
• 1 × Fixing kit (cistern, seat, and flush mechanism not included)

With its modern functionality, exceptional strength, and inclusive design, the AKW Navlin (23572) is the professional choice for safe, hygienic, and stylish toilet solutions.