Screws are an essential part of any household and are used in a variety of applications. They are stronger and offer a better bond than nails and are less susceptible to rust. However, many people are confused about the proper m8 screw size for their needs. This article will help to clarify the differences between different types of screws and what they mean for your project.
Metric screws are typically sized by their diameter, thread pitch and length, as well as the head style. These numbers are usually indicated as the letter ‘M’ followed by a number that indicates the bolt or screw’s nominal diameter in millimeters, while ‘t’ indicates the thread pitch and ‘p’ implies the number of threads per inch. For example, an M8 screw is 8 mm in diameter and has a 1.25 mm thread pitch. Unless otherwise specified, a metric fastener has coarse-threaded threads.
If you are looking for a m8 screw for your wall mount, you should be aware that it is the standard VESA mounting bolt size and will fit all of the VESA MIS-E, C and ANSI 200 x 100 rectangular hole patterns found on most mid-size displays. This type of screw is commonly used for mounting Samsung TVs and other flat-panel displays, including monitors.
Most M8 screws will also have a raised head to prevent the screw from being pulled out of the threaded portion of the hole. In addition, the head is normally a hexagonal shape to make it easier to use with wrenches and sockets.
The M8 screw is also commonly used on bicycles, where it’s most likely to be found in the anchor bolts of brake caliper retaining rings, derailleur mounting bolts and seat post bolts. It is not as common as the M6 bolt, which is found in a variety of functions, such as anchor bolts for derailleur cable guides and seatpost clamps.
M8 screws are used in a variety of projects and are easy to find at most hardware stores and online. They are generally sold in packs of 20 or more, making them a cost-effective option for larger projects. Screws of this type are typically rated for up to a maximum proof load of 85% of the bolt’s nominal torque value.
Screws should be inspected to ensure they are free of damage and not loosened or tightened too much. The head should be free of burrs and the threads must be in good condition. Screws should be lubricated to reduce friction.