Securitas CECB179-58 4-1/2X4-1/2 26D Heavy-Duty Electric Strike Plate, 4-1/2" x 4" Hinge, 4.5", Satin Chromium Plated Steel

Deliver dependable, tamper-resistant access control with the Securitas Healthcare CECB179-58 heavy-duty electric strike plate. As a purpose-built door hinges accessory and electric strike plate, it provides the primary benefit of secure, consistent latching performance for high-traffic interior and exterior doors. Constructed from satin chromium plated steel, this 4.5-inch strike offers robust corrosion resistance and a clean aesthetic that fits professional environments like hospitals and corporate facilities. The unit is engineered to align with a 4-1/2 x 4-inch hinge cutout for quick retrofit installs and simplified replacement workflows, saving installer time and reducing downtime. Built for integration, it supports common access control systems and complements surveillance and monitoring setups to strengthen overall security posture. Ideal for facilities managers and security integrators who require dependable hardware that works seamlessly with electronic locks, alarms, and CCTV, the CECB179-58 reduces maintenance cycles while enhancing occupant safety. Specify the Securitas Healthcare 4.5-inch electric strike plate for your next security upgrade—order now or consult with your integrator for application guidance.

• Ensures reliable controlled access for high-traffic doors, reducing forced-entry risk and simplifying facility security management.
• Heavy-duty satin chromium plated steel construction for long-lasting corrosion resistance and a professional finish ideal for healthcare environments.
• Designed to fit common hinge cutouts (4-1/2 x 4-inch hinge) and a 4.5-inch strike for straightforward installation and retrofit on existing doors.
• Compatible with electric locking systems to support access control, monitoring, and integration with surveillance systems.
• Low-maintenance design minimizes service interruptions and total cost of ownership for hospitals, clinics, and commercial properties.