Roller Track for Doors
Combine track, mounting brackets, hangers, and end stops to create a system for hanging doors.
316 stainless steel components are the most corrosion resistant option. They maintain their strength when exposed to harsh chemicals, including bleach, chlorine, and phosphoric acid.
Door stops (not included) mount on the floor to keep sliding doors and panels from damaging walls and door frames.
Ceiling-mount brackets wrap around the outside of track and mount to the ceiling to act as supports and joints. Bolt them to joists or hang them from threaded rod. Brackets are required every 2 ft. of track.
Support brackets mount the track in the desired location.
Joint brackets join two pieces of track together to create longer runs. Tabs on the top of the brackets slot into pockets in the adjoining track. Joint brackets also act as support brackets.
Suspended brackets provide clearance between your track and ceiling. The two mounting holes also provide more track stability than standard ceiling mount brackets.
Wall-mount brackets wrap around the outside of track and mount to the wall to act as supports and joints. They can be mounted on any vertical surface, such as above doorways. Brackets are required every 2 ft. of track.
Support brackets are used to mount the track in the desired location.
Joint brackets join two pieces of track together to create longer runs. Tabs on the top of the brackets slot into pockets in the adjoining track. Joint brackets also act as support brackets.
Corrosion-Resistant I-Beam Roller Track for Doors and Curtains
Build your own system for hanging doors and curtains in marine environments. The track is anodized aluminum and the hangers are 316 stainless steel for corrosion resistance. Combine track, hangers, joints, and accessories for a complete system.
Clevis-pin hangers have three clevis pins that attach through holes in your doors or curtains to hold them.
Mounting-loop hangers require carabiners, S-hooks, or shackles (not included) to attach doors and curtains through their loop.