Double Head Screw Spike

Double head screw spike can also be called two-end-head screw spike,has a typical cylindrical appearance. The threads at both ends can be used to be screwed into different connection parts respectively to achieve a tight connection between components. It is often applied in industries such as machinery, chemical engineering, and construction.

Product Features

The feature of double head screw spike is its unique spiral design. This makes it easier to nail into the material, as the spiral pattern is like a small propeller that can "drill" in along the texture of the material. Due to the tight engagement between the screw and the material, it has a strong pull-out force, capable of withstanding considerable tensile and shear forces, ensuring the reliability of the connection.

Applications

The two-end-head screw spike is used for fixing key parts of car engines. Some key parts of a car engine, such as the fixation of the cylinder head, use them. Screw one end of the stud into the threaded hole of the cylinder block, put the cylinder head over the stud, and tighten the nut at the other end. They can ensure the seal between the cylinder head and the cylinder block, prevent air and water leakage from the engine, and guarantee the normal operation of the engine.

This screw spike can be used for the connection and reinforcement of building steel structures. In the construction of building steel structures, when connecting steel beams and steel columns, they can play a reinforcing role. Screw the two ends into the threaded holes of the steel beam and the steel column respectively, tighten the nuts, and then install the safety pin in the middle hole. Ensure the safety of building usage.

Product parameters

Double head screw spike is used for the maintenance of heavy mechanical equipment. For instance, they can come in handy when repairing large-scale mining machinery, port cranes and other equipment. When replacing or adjusting the components of the equipment, use this kind of stud for fixation.