Deltana BC218RU26D Round Corners Adjustable Up to 3/8-Inch Solid Brass Ball Catch.

Deltana BC218RU26D Ball Catch, Round Corners, Satin Chrome Finish

The Deltana BC218RU26D Ball Catch is designed for exterior applications. This ball catch features beveled round corners to provide a smooth continuous radius that will not snag clothing. The ball catch comes in a satin chrome finish and has an adjustable backset that allows for door adjustments up to 3/8-inch. The ball catch has a 1-1/4-inch diameter solid brass ball to hold the latchbolt in place while swinging the door open.

The BC218RU26D round corners adjustable ball catch from Deltana features an adjustable from 1/4 to a maximum of 3/8 inches.

The Deltana BC218RU26D is a beautiful ball catch that is made from solid brass. This ball catch is adjustable and can be tilted up to 3/8-Inch.

The BC218RU26D adjustable ball catch is designed to be mounted on the inner side of the door and/or bypass doors where access from both sides of the door is required. It mounts to 21/32-in. (22 mm) thick doors with 2 in. (51 mm) pocket/moulding, and features satin chrome finish that is ideal for high-end commercial applications.

A ball catch is the most popular concealed door closing hardware choice. With a ball catch, the door closes automatically and quietly. It is commonly used on pocket and sliding doors, as well as curtain walls and patio doors. The BC218RU26D is perfect for many surfaces such as glass, wood, metal, and vinyl. The design of this catch eliminates issues with paint build-up caused by knobs and levers.

Lightweight and easy to install, the round corners ball catch by Deltana is a unique piece of hardware. The product allows you to add style and interest to any door, including drawers and cabinets.

The solid brass ball catch by Deltana is completely adjustable for up to 3/8" clearance. The product adjusts in 1/16" increments on each side of the door thickness. It can be used on door that are either flush or have a top frame that is completely over the door frame.