When you use nylon hammer drive anchors, you will need […]
When you use nylon hammer drive anchors, you will need to drill a hole at a depth of 3/4 inches or less. Use a depth gauge provided with your hammer drill to ensure the depth you need for the hole. You can also use a taping bit to make sure you get the proper depth for the hole. The length of the drive depends on the thickness of the material you are fastening. Measure it from under the head of the anchor.
When drilling holes for hammer drive anchors, you must make sure that the hole diameter is larger than the diameter of the drive. The drill bit you use must be carbide tipped and keyless. If you are using a keyless bit, you must tighten the bit by hand.
Carbide-tipped drill bits are available for a variety of purposes. Some people use them for installing concrete fasteners and to create a path for plumbing and wiring. When drilling into concrete, be sure to use a bit holder or a drill stand. This will help prevent the drill bit from falling out of the chuck or slipping.
Carbide-tipped bits can be found in different sizes and styles. Some types are straight shank while others are hex or round shank. Both are suitable for drilling into concrete and nylon.
Before installing a hammer drive anchor, it is essential to drill a hole in the fixture that is at least 3/4 inches deep. The hole should be large enough to accommodate the size of the drive. Ideally, the hole should be larger than the diameter of the fixture. When drilling, use a carbide tipped drill bit.
A masonry bit can be used to drill right through wood or concrete. A hex-headed screw will require an extra screw drive tip, but the hex-headed screw will drive in easily. However, if the concrete or mortar is crumbly, the hex-head screw will not hold. To avoid this, it is recommended to have additional screws with extra drive tips. In addition, a larger hammer-set screw can be used for heavier weight-bearing framing members.
Another option for attaching nails and screws to solid walls is to use sleeves anchors. These are designed for concrete and masonry, and have an expander cone that allows the anchor to expand. They require a pre-drilled hole that is at least 3/4 inch deep. This hole is used to drive the anchor into the wall, and they are rated for heavy loads. If you have a hollow wall, you can also use a machine screw threaded fastener.