Metal Power Push Button Switch

This 16mm metal push button is a high-reliability metal push button switch tailored for both industrial and equipment, standing out for its robust metal construction and user-centric functional design, making it ideal for scenarios requiring stable power control.

As a premium metal switch, its entire housing is crafted from high-quality 304 stainless steel. This material delivers exceptional corrosion resistance and wear resistance, shielding the switch from moisture, dust, and other harsh environmental factors to extend its service life. The housing also undergoes precision brushing or sandblasting, which not only creates a smooth, premium tactile feel but also effectively resists fingerprint smudges—balancing aesthetics with daily practicality.

Its 16mm hole diameter design is a core advantage: it fits seamlessly into the standard 16mm pre-drilled holes on most equipment control panels, eliminating the need for additional hole enlargement or modification. This ensures quick, hassle-free installation. The button’s stroke is scientifically calibrated, with a uniform pressing force (typically 2-5N) and clear tactile feedback—preventing accidental activation while guaranteeing smooth, responsive operation.

Functionally, it integrates a prominent power logo: crafted via laser engraving, the logo remains clear and fade-resistant even after long-term use, enabling users to quickly locate the power control. It also features a reliable locking mechanism, supporting two modes—"press to lock, press again to unlock" and "rotate to lock". This effectively prevents unauthorized operation or accidental power on/off, critical for equipment like medical devices, industrial control cabinets, and high-end home appliances where power stability is non-negotiable.

Electrically, this metal push button switch boasts impressive specs: rated voltage of AC 250V/DC 30V, rated current up to 10A, insulation resistance ≥100MΩ, and withstand voltage ≥2000V AC. These ensure strong electrical insulation and load-bearing capacity, enabling stable performance under regular power loads for most devices.