The hippocampus rivet is a structural rivet with excellent shear strength and tensile strength using interference locking technology. It is suitable for riveting fields with high requirements on riveting strength and sealing performance. It provides strong seismic joint connection, high seismic performance, The blind end has a large bearing area. Its special structure reduces the pressure of the rivet on the workpiece and ensures that the workpiece is not easily deformed. The rivet produces a large nail tail during assembly, which is easy to disperse the load. High strength and good sealing performance in the riveting field.

So why do hippocampus rivets need surface treatment? For the passivation of the surface of hippocampus rivets, we can choose the appropriate method according to the specific needs during the surface treatment of the fasteners. In this way, the fasteners can play a better role in use. The baking process can improve the aesthetics of the hippocampus rivets, process different colors according to the needs, the color is bright, not easy to fade, and it can also protect the surface of the blind rivets to a certain extent.

The characteristics of seahorse rivets are as follows:

1. Ultra high shear strength and tensile strength;

2. The larger blind end bearing surface disperses the axial load\/clamping load acting on the blind end workpiece;

3. The structural design of the spline lock nail core provides strong seismic connection and avoids abnormal noise;

4. For special occasions, the functions of axial fixation and radial rotation can be realized;

The available diameter series of hippocampus blind rivets are 6.4 and 7.8. At the same time, when selecting hippocampus rivets, it should be noted that the thickness of the riveted workpiece cannot exceed or be lower than the riveting range. The test method of rivet performance is in accordance with GB\/T 3098.18-2004 (ISO14589: 2000) were carried out.

Seahorse rivets are suitable for metal, plastic and composite materials; widely used for riveting various thin structural parts such as various vehicles, ships, buildings, warehouse shelves, freight elevators, power distribution cabinets, etc.