Model No.: 6.090.490-00-000
Brand: Kinen
Engineering Solution Capability: Total Solution For Projects
Material: Brass construction for maximum durability
Cartridge: 1/2" brass cartridge with a lifetime of durable performance
Handle: Double lever handle allows for both on/off activation and temperature setting.
Our Kinen double lever shower mixer is the hallmark of faucets and accessories. This bath and shower trim features an adjustable, water-saving showerhead, a spout, double lever handles. Pair this trim with a pressure-balancing valve, which maintains your desired water temperature during pressure fluctuations.A concealed installation double lever shower mixer is a type of shower control system that is installed within the wall, hiding the plumbing and creating a streamlined and minimalist look. It features two levers, one for controlling the water flow and the other for adjusting the temperature.This type of shower mixer is popular for its sleek and modern design, as well as its practicality. It allows for easy control of water flow and temperature, providing a comfortable and customized shower experience.
Our Kinen bathroom shower mixers are devices that control the flow and temperature of water in a shower. They are installed on the wall or in the shower enclosure and are connected to the water supply pipes. concealed shower mixers: These mixers are installed within the wall cavity, with only the control plate visible. They provide a clean and minimalist look to the bathroom, as the plumbing connections are hidden.
Our Kinen double lever shower mixers are a type of shower control that allows the user to adjust both the water temperature and water flow rate using two separate levers. This type of shower mixer has two handles for controlling hot and cold water. By having double lever for hot and cold water, a double lever shower mixer allows for more precise control over the shower experience. This can be especially useful for individuals who prefer a specific water temperature or who want to conserve water by reducing the flow rate.
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