Main features: Easy to install; Integral; No need for washers; Easy to disassemble; Reusable; Made of medium carbon steel; Can be used with grade 8.8, 10.9, and other high strength bolts; Pass US military - MIL-STD 1312 Vibration Test7.Results detection; detected by Junker Test; detected by Dynamic Test.
Applications: Automotive - Cars, Trucks, Passenger Cars; Compressors; Construction Machinery; Wind Power Equipment; Agricultural Machinery; Foundry; Drilling Equipment; Marine Industry; Military; Mining Equipment; Oil Drilling Rig (Onshore or Offshore) Public Utilities; Rail Transit; Transmission System; Metallurgical Equipment; Rock Hammer.
Pressure rivet nut and its characteristics
The riveting nut is also called riveting nut. It is a kind of nut applied on sheet metal or sheet metal. It has a round shape with embossed teeth and guide groove at one end. The principle is that the apertures are pressed into the sheet metal by the embossing teeth, and the diameter of the square preset hole is slightly smaller than the embossing teeth of the pressure rivet nut, and the pressure of the pressure teeth of the pressure rivet nut is squeezed into the plate. The periphery of the hole is plastically deformed, and the deformation is squeezed into the guide groove to produce a locking effect. Press rivet nut is divided into quick cutting steel pressure rivet nut S type, stainless steel pressure rivet nut CLS type, stainless steel pressure rivet nut SP type and copper and aluminum pressure rivet nut type CLA type, which should be used in different environments. . Specifications are usually from M2 to M12. The riveting nut does not have a uniform national standard and is commonly used in cabinet cabinets and sheet metal industries.
The difference between screws and bolts
The purpose of screws and bolts is different. Screws are generally used to connect the fixed parts, most of which are used for fastening and easy installation and disassembly. There is no bolt with high strength in strength. The strength of the bolt is stronger than that of the bolt, so it is usually used as a force-receiving part, that is to say, in addition to the general fastening effect, the bolt can usually withstand greater forces. A reasonable design should allow the bolt to withstand tension or pressure rather than shear. In most cases, the screws are mostly used for tightening to the threaded holes of the parts and are rarely used for coupling nuts. The use of bolts is just the opposite, and they are usually tightened with nuts and tightened tightly with the threaded holes of the part. Of course, this is not absolute. Unconventional situations are not necessarily unreasonable, but they must be flexibly applied.