ET170-211 Polished Chrome Decorative Cap (Solid Brass) for ET200-XXX series air gaps

❤ Polished Chrome finish easily matches with accessories and other fixtures. It is extremely popular for faucets and most kitchen and bathroom hardware.

❤ The Polished Chrome is one of the most versatile finishes which are easy to maintain. This product will withstand years of cleaning and washing. The solid brass fixture will not need replacement due to rust or corrosion.

❤ Polished Chrome finish is striking and fits with most décor styles and most accessories and fixtures. It is highly reflective and has a colder silver tone.

❤ Polished Chrome does not stain or tarnish quickly. The Polished Chrome surface must always be kept clean to maintain a flawless finish.

❤ The ET170-211 fits ET200-XXX dishwasher air gap units. Additional colors are available to match your kitchen decor.

SKU: ET170-211 Categories: ,

The ET170-211 is a decorative brass cap for ET200-XXX series dishwasher and reverse osmosis air gaps. The ET170-211 solid brass decorative cap replaces the default polished chrome decorative cap on the following dishwasher air gaps: ET200-001, ET200-002, and ET200-004.

This decorative cap matches most décor styles, from vintage/period and deco to modern and contemporary. Many homeowners prefer this cap as it does not stain or tarnish quickly, making it the perfect choice for the kitchen, bathroom, or washroom. The ET170-211 solid brass cap is strong and durable as it is resistant to corrosion. Another advantage of the ET170-211 is that it does not tarnish and is very easy to maintain.

The ET170-211 is easy to install and remove for cleaning air gaps. ET170-211 is a decorative cap that complies with UPC standards for dishwasher air gaps. It is tested with ET200-001, ET200-002, and ET200-004 to pass UPC and IPC testing. This cap is also tested for compliance with NSF requirements.

To clean your new decorative cap, use soap and warm water. Do not use abrasives or abrasive sponges so as not to leave permanent scratches or cause damage to the protective surface.