Deltana DSLP316U3 Dome Stop Low Profile, Bright Brass Finish
The DSLP316U3 is a Low Profile 3/16 Inch Base Height Solid Brass Dome Stop, Bright Brass Finish. This product is part of Deltana's line of door hardware and is constructed from die-cast zinc alloy, with a bright brass finish. Deltana creates high quality decorative solutions for home and office applications. Key features include: Custom designs available on some products, Optional self-closing device available, Made in the USA
The Deltana Low Profile DSLP316U3 dome stop is a solid brass one-piece design with a low profile and a height of only 3/16" (4.76mm). This stop has a bright brass finish and is compatible with 3/4" (19mm) and 1" (25mm) thick doors.
The Deltana DSLP316U3 Low Profile, 3/16" Base Height Solid Brass Dome Stop is created from a solid brass casting with a brilliant, bright antique brass finish. This stop adds a functional and decorative element to your doors.
Low profile spring action spring finger plate with finger pull. Contemporary finger pulls are used for finger lift to open the door. This 3/16" base height solid brass Deltana DSLP316U3 dome stop is designed for use with any standard size mortise lock set, 3/4" to 1-1/2" backset. It has a bright finish and is ideal for use on doors up to 2-3/8" thick."
The Deltana Low Profile, 3/16" Height Dome Stop, Clear Anodized Finish is the perfect addition for any door. This Dome Stop will give your door that extra touch that it needs without altering the decorative features.
The Deltana Low Profile Dome Stops are designed to mount directly through the spindle of a deadbolt with a 3/16 inch diameter. This is the standard size on most deadbolts. Dome Stops are also known as "Shear Stops" - used to lock or secure a door. The domes are removable so they can be locked or unlocked from either side of the door, and feature a keyway drilled to accept a 1/2 inch diameter pass key.
The Deltana Low Profile Dome Stops are designed to fit standard door openings. Dome Stops can be used with any 3/16" diameter cylinder.