With doors mounted on Johnson 200BP sliding bypass pocket door hardware, you can get the best of both worlds—an open kitchen for socializing with the family and a closed off kitchen when you want to hide the mess. The doors can be any height, weigh up to 400 pounds each, and be up to 2 1/4-inch-thick. The bypass hardware sets can be used with two doors or four doors ranging from 2- to 4-feet-wide each, which gives you incredible flexibility to cover a space from 4-feet to approx. 16-feet wide.
Slide the doors closed for a private kitchen, then slide them back to open up the room. There’s no bottom track, so the floor is unobstructed, which means no worrying about tripping with a hot dish.
Equipped with a heavy-gauge, jump-proof aluminum track, ball-bearing door hangers and trackless door guides, the 200BP is ideal for universal design in residential/commercial applications. The hardware set comes with everything you need (doors not included) and can be installed by an experience handyman.
The hardware exceeds ANSI standards, which means it can successfully complete 100,000 opening and closing cycles.
The ability to carry larger and heavier sliding doors meets today’s trends for memorable interiors. In addition to kitchen designs, sliding bypass pocket door hardware can create innovative entrances for master bedrooms, master baths, wine cellars, dining rooms and more. In other applications, larger pocket doors and wall-mount doors can also stylishly enhance home offices, and space-saving Murphy beds.
Johnson Hardware’s smooth-rolling hardware and track exceed ANSI standards, which means it can successfully complete 100,000 opening and closing cycles. Made in the USA. Since 1958, Johnson Hardware has been producing high quality sliding, folding and pocket door hardware for residential and light commercial applications. Celebrating 60 years of precision engineering, the Company protects the health and safety of its employees and surrounding communities and ecosystems. It uses natural resources including raw materials, energy and water as efficiently as possible.