Carter Deck Mounted Bath Filler Tap

Carter Deck Mounted Bath Filler Tap

Elevate your bathing experience with the Carter Bath Filler Tap. This sleek and modern tap combines elegant design with practical functionality, ensuring a seamless addition to any contemporary bathroom. Crafted with quality materials, the Carter Bath Filler Tap promises durability and style, making it the perfect choice for upgrading your bath space. Enjoy effortless control and a sophisticated look with this essential bathroom fixture.

Specification

• Product Type: Bath Filler Tap
  
• Cartridge: 3/4"
• Flow Rate 1 Bar L Per Min: 33.7
• Flow Rate 3 Bar L Per Min: 63
• Flow Rate 0,5 Bar L Per Min: 22.8
• Hot & Cold Indicators: Yes
• Includes Waste (Yes/No): No
• Inlet Connection Size: G3/4"
• Max Operating Pressure: 75
• Min Operating Pressure: 13
• Mounting: Deck
• Tap Base to Spout: 7
• Tap Holes Required: 2
• Tap Spout Projection: 10.6
  

FAQS

• What is included with the Carter Bath Filler Tap?

  • The Carter Bath Filler Tap includes the tap itself with all necessary fittings for installation, ensuring a complete setup.

• Is this bath filler tap suitable for all types of baths?

  • Yes, the Carter Bath Filler Tap is designed to be compatible with most standard baths, offering versatility in installation.

• Does the tap come with a guarantee or warranty?

  • Typically, yes. It's common for taps like the Carter Bath Filler to come with a manufacturer's warranty, providing coverage against manufacturing defects.

• What material is the tap made of?

  • The tap is constructed from high-quality brass with a chrome finish, ensuring durability, corrosion resistance, and a sleek appearance.

• Is the tap easy to install?

  • Yes, the Carter Bath Filler Tap is designed for straightforward installation. It usually comes with installation instructions and fittings, making the process easier.

• Does the tap require a high-pressure water system?

  • Yes, this bath filler tap is suitable for use with high-pressure water systems, ensuring optimal performance and water flow.