Blind threaded Self-Clinching Standoffs
Application Scenarios:
Electronics: In printed circuit boards (PCBs), they help mount components at specific heights, like heat sinks or connectors, and separate layers for better air circulation and to avoid electrical issues.
Automotive: Applied on dashboards to mount gauges and switches, and in engine compartments for securing brackets and small components, maintaining their positions despite vehicle vibrations.
Industrial Machinery: Used to mount guards, covers, and sensors on machines, etc
Electronics: In printed circuit boards (PCBs), they help mount components at specific heights, like heat sinks or connectors, and separate layers for better air circulation and to avoid electrical issues.
Automotive: Applied on dashboards to mount gauges and switches, and in engine compartments for securing brackets and small components, maintaining their positions despite vehicle vibrations.
Industrial Machinery: Used to mount guards, covers, and sensors on machines, etc
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Blind threaded Self-Clinching Standoffs
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Blind threaded Self-Clinching Standoffs
Introduction to Blind Threaded Self-Clinching Standoffs:
Blind threaded self-clinching standoffs are fastening elements that possess internal threads accessible only from one end. They are designed to be inserted into pre-punched or drilled holes in a base material. Through a self-clinching mechanism, they deform the surrounding material of the hole to create a strong mechanical interlock, firmly securing themselves in place. This enables them to withstand various forces like tension and shear forces. Commonly made from materials such as steel, stainless steel, or aluminum alloys to meet different strength and corrosion resistance requirements.
Part Number Designation:
