Home » Shop » default » National Hardware Matte Black Zinc Push Button Latch 1 pk

National Hardware Matte Black Zinc Push Button Latch 1 pk

Original price was: $19.19.Current price is: $14.36.

Sale!

51 in stock

SKU: 5002359 Category:

This pushbutton latch is designed for wood or metal screen and storm doors, offering a reliable and secure fastening solution for residential applications. The latch accommodates doors ranging from 5/8 inch to 2 inches thick, making it versatile enough for various door types and installations. With a 1-3/4 inch hole spacing, it fits standard door configurations and provides the firm, consistent push-button action homeowners expect from quality door hardware.

The interior locking mechanism delivers enhanced security, while the single-piece shaft ensures dependable operation over time.

Features and Benefits

  • Versatile Door Thickness: Fits doors from 5/8 inch to 2 inches thick, accommodating both thin and heavy-duty doors.
  • Dual Material Compatibility: Works seamlessly with wood or metal screen and storm doors, adapting to your door type.
  • Enhanced Security: Interior locking mechanism provides anti-lockout design and double-lock deadbolt security for peace of mind.
  • Consistent Operation: Single-piece shaft delivers firm, reliable push-button action with smooth engagement.
  • Complete Installation Package: Includes mounting screws matched to the black satin finish and a spring-loaded strike plate for proper alignment.
  • Standard Hole Spacing: 1-3/4 inch hole spacing for common door configurations.

Specifications

  • Brand: National Hardware
  • Model: N178-392
  • Finish: Black Satin
  • Door Thickness Range: 5/8 inch to 2 inches
  • Hole Spacing: 1-3/4 inch
  • Material Compatibility: Wood or metal doors
  • Includes: Mounting screws (matched finish), spring-loaded strike plate
  • Additional Hardware: For 2-inch thick doors, pan head machine screws 8/32 x 2-3/8 inch are required and must be purchased separately (quantity 2)
  • Security Feature: Interior locking mechanism with anti-lockout design