The store will not work correctly when cookies are disabled.
We use cookies and tracking technologies to improve your experience and analyze site usage. Some information may be shared with third parties for analytics and advertising. You can accept all cookies or decline non-essential tracking. To find out more about the cookies we use, see our Privacy policy.
The L.H.Dottie Conical Anchor Kit is a versatile solution for various construction projects. Suitable for use in solid and hollow walls, including concrete block, brick, drywall, and plywood, these anchors provide a secure installation and higher pull-out load. The red wings splay out for added stability in hollow walls, while the lip prevents falling into deep holes. Ideal for applications where a tight fit is required, these anchors are perfect for hanging heavy objects, installing shelves, and securing fixtures in a variety of settings, including residential and commercial construction projects.
Top product features:
The anchor has a lip to prevent falling into deep holes or hollow walls.
The anchor has a tapered body collar to prevent falling through base material.
The red wings of the anchor will splay out to provide a more secure installation and higher pull-out load in hollow walls.
The k7dc kit contains #10 square drive sheet metal screws and #22 plastic conical anchors that are suitable for use in solid and hollow wall concrete block or brick applications. When used in hollow walls such as drywall or plywood the red wings will splay out to provide a more secure installation and higher pull-out load. The anchor has a lip to prevent falling into deep holes or hollow walls. For hard wall applications use the size of the anchor to determine hole size for installation. For drywall or soft applications it is recommended to use the smallest hole that will enable a tight fit of the anchor. These anchors are not recommended for use in overhead applications or where holding values are critical. It features tapered body collar to prevent falling through base material.