16 Inch Soft Close Full Extension Heavy Duty Drawer Slides, Cold Rolled Steel Ball Bearing Cabinet Rails

16 inch buffer drawer slides designed for smooth, quiet closing and reliable everyday use. Constructed from cold rolled steel with a black finish, these three stage ball bearing slides combine low pull force and automatic installation compensation to simplify fitting and improve user experience. Key benefits Quiet, controlled closing: integrated hydraulic buffer reduces closing noise by up to 92 percent and helps reduce the risk of finger pinching. Effortless access: three stage ball bearing design requires only about 0.8 N pull force for full extension, making drawers easy to open for users with limited strength. Easier installation in imperfect cabinets: automatic compensation corrects plus or minus 2.5 degrees of installation error, and adjustable spacers allow alignment without a hex wrench to address warped or uneven cabinet walls. Durable construction and capacity: cold rolled steel body with a load capacity of 55.12 lbs (25 kg) for reliable daily use. Compact fit: slide width approximately 45.33 mm (1.78 in) for compatibility with many cabinet types. Specifications Buffer size: 16 inch (40 cm) Material: Cold rolled steel Drawer slide closed lengths available: 250 mm (9.84 in), 300 mm (11.81 in), 350 mm (13.78 in), 400 mm (15.75 in), 450 mm (17.72 in), 500 mm (19.69 in), 550 mm (21.65 in) Width: Approx. 45.33 mm (1.78 in) Load capacity: 55.12 lbs (25 kg) Color: Black Package includes: 2 drawer slides Typical use scenarios Kitchen drawers where quiet, soft closing and smooth full extension improve daily convenience. Cabinets in older homes or RVs where adjustable spacers and installation compensation help fit uneven or warped interiors. Bedroom dressers, office storage, or media cabinets that benefit from low pull force and full drawer access. Notes Due to manual measurement, there may be a 1 to 2 cm difference. Please confirm required sizes before ordering. Actual item color may vary slightly from images due to monitor differences.