Description
Cabinet Single Swinging Glass Door Lock 408
No-Drill Glass Door Installation
The Armstrong 408 installs securely without drilling holes into the glass, helping preserve the integrity and appearance of the cabinet door. Its quick installation process makes it suitable for both new projects and replacement applications.
Knob-Style Cylinder Design
The integrated cylinder doubles as a functional door knob, providing smooth opening and closing while delivering reliable locking performance. This practical design is ideal for frequently accessed display cabinets and showcases.
Durable Zinc Alloy Construction
Manufactured from high-quality zinc alloy, the lock offers excellent durability, corrosion resistance, and dependable long-term performance. It is available in Chrome and Black finishes to complement modern glass furniture and display cabinets.
Compatible with Multiple Glass Thicknesses
The 408 is available in versions for 5–6 mm, 8 mm, and 12 mm glass, providing flexibility for a wide range of cabinet and showcase installations. Each lock includes mounting accessories for secure installation.
Wide Range of Applications
Ideal for retail display cabinets, jewelry showcases, museum display cases, office glass cabinets, boutiques, storefront displays, and residential glass furniture requiring secure and attractive locking solutions.
Key Benefits
- No-drill installation for glass cabinet doors.
- Knob-style cylinder functions as a door handle.
- Durable zinc alloy construction.
- Compatible with multiple glass thicknesses.
- Ideal for retail, office, commercial, and residential glass display cabinets.
Technical Specifications
- Brand: Armstrong
- Model: 408
- Product Type: Single Swinging Glass Door Lock
- Material: Zinc Alloy
- Lock Type: Mechanical Key-Operated Lock
- Installation: No Glass Drilling Required
- Glass Thickness Compatibility: 5–6 mm, 8 mm, 12 mm
- Finish Options: Chrome, Black
- Application: Glass Display Cabinets, Showcases, Retail Displays & Office Glass Furniture








There are no reviews yet.