
Kohler 597-Cp Simplice Pull Down Kitchen Faucet, 3-Spray Faucet, Kitchen Sink Faucet With Pull Down Sprayer, Polished Chrome
$433.33
Frequently Asked Questions
- Q: What is the maximum flow rate of the KOHLER Simplice Pull Down Kitchen Faucet? A: The maximum flow rate of the KOHLER Simplice Pull Down Kitchen Faucet is 1.5 gallons per minute (gpm) at 60 psi.
- Q: What features does the pull-down sprayhead offer? A: The pull-down sprayhead offers three functions: stream, sweep spray, and boost, which provides a 3% flow rate increase.
- Q: Is the faucet easy to install? A: Yes, the faucet is designed for easy installation with flexible supply lines included, compatible with single-hole or three-hole setups, and comes with an escutcheon plate.
- Q: What materials is the KOHLER faucet made from? A: The KOHLER Simplice Pull Down Kitchen Faucet is made from metal, ensuring durability and longevity.
- Q: Does this faucet have any special cleaning features? A: Yes, it features the MasterClean spray face, which is designed to be easy to clean and resistant to mineral build-up.
- Q: What technology does the faucet use for improved usability? A: The faucet uses ProMotion technology, which includes a light, quiet braided hose and a swivelling ball joint for enhanced comfort and ease of use.
- Q: What type of warranty does KOHLER offer for this faucet? A: KOHLER typically offers a limited lifetime warranty for their faucets, covering defects in material and workmanship.
- Q: Is the faucet design suitable for modern kitchens? A: Yes, the KOHLER Simplice faucet features an elegant transitional high-arch design that complements a variety of kitchen styles.
- Q: How does the temperature memory feature work? A: The temperature memory feature allows the faucet to retain the temperature setting from prior usage, making it convenient for repeated tasks.
- Q: Is this faucet compliant with any environmental standards? A: Yes, KOHLER faucets meet EPA criteria and are registered with the California Energy Commission (CEC), promoting water efficiency.