Heavy Duty Copper Cross Recessed Round Head Bolts, Rock Solid Construction With Zero Magnetic Pull, Quick Drive Slots For Electronics And Custom Garage Builds Or Daily Drives

Prezzo normale $49.99 Prezzo di vendita$100.00risparmiate $50,01
SKU: VXB0D5Y9MH46
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Copper Cross Recessed Round Head Screw Bolts Pack Of Twenty
✔️ M4x16mm copper rounded bolts, non-magnetic conductive kit of 20

These copper round head screw bolts feature a Phillips cross recess design engineered for reliable torque application without sparking. You will commonly mount them inside control panels, audio wiring racks, marine hardware runs, and custom workshop jigs where electrical isolation and corrosion resistance matter. The threaded shanks grip steady into aluminum frames, plastic housings, or wood blocks, keeping your components secure during vibration or heavy daily use.

✅ Precision M4x16mm threaded pitch for consistent torque retention ✅ Non magnetic pure copper alloy that protects sensitive circuits from interference ✅ Rounded dome head distributes pressure evenly to prevent material warping ✅ Gold finished surface resists oxidation while maintaining stable electrical flow through connected joints

💡 Why choose copper fasteners for sensitive electronic assemblies over standard metals?
Real engineers swap out ferrous screws because this handy copper blend delivers zero magnetic pull while safely routing stray currents away from delicate sensors. The soft metal sheath acts like a natural ground buffer during power spikes. Switching to this alloy stops cross talk in audio rigs and prevents rust flakes inside locked cabinets. Your gear stays grounded, quiet, and protected without sacrificing structural integrity on the bench.
- Handles low voltage signals without creating false readings across circuit board zones
- Stops galvanic corrosion damage when tightening mixed metal frame assemblies
- Keeps workbench tools clean by blocking metallic dust from adhering to drive bits
- Delivers steady clamping force where standard iron bolts would cause signal feedback

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