2-1375187-2

Keystone inserts are increasingly popular for use in many industries, from automotive to aerospace. They are invaluable in the design process, providing the ability to join two dissimilar materials together without adhesive. Although this concept has been around for quite some time, the larger variety and uses of 2-1375187 inserts provide additional options for a wide range of functions.

The 2-1375187 insert is characterized by a unique threadform that can securely fasten two pieces together without the use of adhesive. This threadform is similar to a waterproofed socket head cap screw, as the 2-1375187 insert features a tapered opening that runs down the length of the insert. This allows for the insertion of a bolt or screw in the opening, creating an extremely secure connection.

2-1375187 inserts can be found in many industries, providing structural and electrical applications. In the automotive industry, 2-1375187 insert are typically used as mechanical fastening devices in engines and touch points. In aerospace applications, they can provide more secure connections in rough weather than some conventional adhesive, thereby strengthening safety standards.

In the general engineering sector, 2-1375187 inserts are used for a variety of purposes. Their tapered opening design enhances their tensile and shear strength, making them suitable for attaching metal plates, piping, tubing, and sheets of various shapes and sizes. With the addition of thread-lockers, they can also provide additional resistance to vibration and shock loads.

The working principle of a 2-1375187 insert is simple. It is inserted into a pilot hole or tapped hole in the material to be fastened. Once inserted, the insert is angled to a degree to provide flexibility in the connection. A bolt or screw is then inserted into the tapered opening of the insert, creating a secure connection. The tapered opening also provides a greater thread contact and surface area for the bolt or screw, increasing the load-bearing capabilities of the connection.

In conclusion, 2-1375187 inserts are highly advantageous for a variety of applications. For automotive, aerospace, and general engineering purposes, they provide a secure and reliable connection that can withstand various extreme conditions. Additionally, their flexible and adjustable design makes them simple to use, setting them apart from standard fastening methods.