Introduction to various fastening snap products of electric circuit protection system
The various fastening snaps of the electric circuit protection system are the "micro guardians" of circuit safety, and use targeted design to resolve multiple risks of electrical circuits, so that each section of wire is in a stable and controlled state.
The clamp family has its own expertise in response to the different protection needs of the circuit. The insulated snap-on shell uses flame-retardant PA66 nylon, with a 0.3mm thick insulating layer, which is like a "protective shield" to block leakage risks in humid or dusty environments, and is especially suitable for high-voltage lines of the engine compartment; the anti-corrosion snap-on surface is chrome-plated to resist electrolyte and oil pollution. In corrosive areas around the battery, the service life is more than 3 times longer than that of ordinary snap-ons; the high and low temperature resistance snap-ons have passed the -50℃ to 150℃ limit test, and in high-temperature areas near the air conditioner compressor or in the cold environment of the vehicle's external wiring harness, the stable grip force is always maintained to avoid the line from shrinking and loosening due to material.
In terms of installation, the quick-install structure is a common advantage: the press-type snap buckle can be fixed in 3 seconds, and the rotary lock buckle is suitable for lines that require frequent inspection and no damage to the wire insulation layer is required during disassembly. The multi-spec card slot design can be adapted to single-strand or multi-strand wire harnesses with a diameter of 0.5-10mm, and can be firmly fixed from the thin sensor signal line to the thick power main line.
Although these snaps are small, they build the "last line of defense" for power line protection - they avoid the damage to the insulation layer caused by long-term friction between the wire and metal parts, prevent the risk of short circuit caused by line wrapping, and reduce the loose contact caused by vibration through stable fixation. In precision circuit systems such as automobiles and industrial equipment, they are invisible heroes who ensure the safety of power transmission and reduce the probability of failure, making every power supply reliable and worry-free.