Direct Price Southco Flush Sliding Door Latch - Square - Aluminum [mf-01-110-60] Now 60% Cheaper [AMY27Z1V]

Southco Flush Sliding Door Latch - Square - Aluminum

Southco's Flush Sliding Door Latch is a superior solution for enhancing the functionality and security of your sliding doors. Designed with precision and crafted from durable aluminum, this latch offers an array of features that set it apart from traditional sliding-door lock styles. Its sleek, square design seamlessly integrates with various door types, providing a modern and clean aesthetic.

Key Features and Specifications

Features:

• Extended Door Travel: Experience up to 100 - 150mm (4”- 6”) more door travel, allowing for greater flexibility and ease of use.
• Safety Lock: The integrated safety lock prevents the door from being locked from the inside, providing peace of mind and security.

The latch comes complete with a striker and two keys, ensuring a hassle-free installation. It is also designed to be compatible with other SOUTHCO® deck latches, offering a cohesive and integrated locking system. Key specifications include a bright color/appearance, key locking access restriction, and a door thickness range of 10.000-12.700mm (0.39-0.50"). The flush profile ensures a seamless fit with your door, while the sliding door operation provides smooth and efficient use.

Practical Applications and Benefits

Whether you're outfitting a commercial space, residential property, or industrial setting, the Southco Flush Sliding Door Latch is an ideal choice. Its enhanced door travel and safety lock make it perfect for areas where security and accessibility are a priority. The sleek design and compatibility with various door types make it a versatile option for a wide range of applications. Ideal for use in offices, schools, and hospitals, this latch offers both functionality and aesthetics, contributing to a safe and secure environment. Upgrade your sliding doors with the Southco Flush Sliding Door Latch - Square - Aluminum and experience the difference in quality and performance.