Soft Close Drawer Slides With Buffer Mechanism, Pro Grade Cold Rolled Steel Ball Bearing Glides For Kitchen Cabinets And Furniture, 1.77 Inch Wide Replacement Pair
Pas de commentaires
Titre
Prix régulier
$99.99
Prix de vente$150.00vous économisez 50,01
SKU: VXB0H69MKWYV
UPC:
UPC:
Soft Close Drawer Slides with Buffer for Cabinets
✔️ 1.77-inch width pair, pro-grade steel, black, buffer mechanism.
✅ integrated buffer mechanism guides drawers to a controlled close
✅ cold-rolled steel with ball-bearing glides for smooth operation
✅ black finish and pre-drilled mounting holes for quick install
✅ replacement pair included for easy upgrade
- 1.77-inch width fits standard cabinet cutouts
- Durable cold-rolled steel with ball-bearing glide for longevity
✝️
✔️ 1.77-inch width pair, pro-grade steel, black, buffer mechanism.
These drawer slides are replacement hardware designed to provide a soft-close action for kitchen cabinets, wardrobes, and furniture. Built from cold-rolled steel with a ball-bearing glide, they deliver smooth, controlled motion and reliable support for frequent use. The 1.77-inch width fits standard cabinet cutouts, making them a straightforward upgrade for worn or sticking hardware. The package includes a replacement pair in black with pre-drilled mounting holes for quick, tool-friendly installation using common hand tools.
✅ 1.77-inch width fits standard cabinet cutouts✅ integrated buffer mechanism guides drawers to a controlled close
✅ cold-rolled steel with ball-bearing glides for smooth operation
✅ black finish and pre-drilled mounting holes for quick install
✅ replacement pair included for easy upgrade
💡 What is a sealed ball bearing drawer slide with buffer mechanism used for in kitchen cabinets?
They’re handy for upgrading drawers in kitchens, wardrobes, and furniture. - Sealed ball bearing slides provide smooth, quiet closing- 1.77-inch width fits standard cabinet cutouts
- Durable cold-rolled steel with ball-bearing glide for longevity
✝️
Partager
Avis des clients
Be le premier à donner votre avis
0%
(0)
0%
(0)
0%
(0)
0%
(0)
0%
(0)