Allen Field offers a wide array of plastic shelf supports for many shelf thicknesses. If you are looking for a part that accommodates all shelf sizes, look no further than
Products
5553X Heavy-Duty Double Pin Shelf Lock™ Support
5503X Double Pin Shelf Lock™ Support
Shelf Lock™ Support secures a cabinet shelf and prevents movement and damage during construction and shipping. The 55# series is our customer favorite. The 5503X Double Pin Shelf Lock™ Supports
5501X Double Pin Shelf Lock™ Support
Shelf Lock™ Support secures a cabinet shelf and prevents movement and damage during construction and shipping. The 55# series is our customer favorite. The 5501X Double Pin Shelf Lock™ Supports
Allen Field always has the right plastic shelf supports to keep your shelves secure during construction, shipping, and everyday use. The 50636-S Shelf Lock™ Support is perfect for 3/4″ thick
Allen Field offers a wide variety of shelf support pins to secure many shelf sizes for cabinet makers and retailers. The 5063X Shelf Lock™ Supports are perfect for supporting 3/4″
The 50616 is a clear support pin for 3/4″ shelves. It has a ribbed peg with a 0.25″ diameter and a 0.25″ length. Download the spec sheet to see the
The white 50531 Shelf Lock™ Support features a 0.2″ diameter ribbed peg, designed to secure shelves with a thickness of 5/8″. For more details, you can download the spec sheet.
Our 50# series offers a wide variety of pin dimensions to secure many shelf sizes. The 50511 Shelf Lock™ Support features a ribbed peg with .25″ diameter and holds a
Whether you are making kitchen cabinets, office furniture, or bookcases, the 50# shelf Lock™ Support can keep your product in place during shipping and everyday use. The 50436 is a
Shelf Lock™ Supports secure cabinet shelves and prevent movement and damage during construction and shipping. Our 50# series offers a wide variety of pin dimensions for many shelf sizes. The
Retailers often seek the flexibility to adjust hook positioning in their retail displays, and pegboards make it possible with their grid layout. However, until now, finding a reliable method to