The Grohe 46374000 40mm cartridge is an advanced technical solution to ensure superior performance in single-lever taps. Designed by Grohe, a leading brand in tap technology, this cartridge is perfect for those seeking quality, durability, and precision in water control. With innovative technology and a functional design, the cartridge allows for smooth and precise water flow control, offering comfort and efficiency in daily use.
This cartridge is equipped with GROHE SilkMove technology, which ensures extremely smooth handling, even after years of use. This means the user can adjust the water temperature and flow with total precision and ease, resulting in a more comfortable and safer experience in the bathroom or kitchen.
Additionally, it features an eco-friendly temperature limiter, designed to prevent water from reaching excessively high temperatures, thus protecting both users and the environment. This limiter helps reduce energy consumption, making it an efficient and responsible choice.
The adjustable flow limiter is another feature that adds value to this product. It allows the water flow to be adjusted according to user needs, optimising water consumption and reducing waste, which also contributes to sustainability and lowering water bills.
This cartridge has been designed with ceramic discs that ensure a long lifespan, providing excellent resistance to wear that usually occurs with daily tap use. The ceramic discs not only prolong the cartridge's lifespan but also improve the system's sealing, ensuring no water leaks, which is crucial to maintaining a home free from plumbing issues.
The 40mm cartridge is ideal for use in single-lever taps in both bathrooms and kitchens, where precise water control and reliable installation are required. This component is essential for maintaining the proper functioning of the tap, ensuring that the user can enjoy precise and safe control of water flow and temperature.
With Grohe, you not only get a durable and high-quality product but also an efficient solution to reduce water and energy consumption without sacrificing performance.