Sliding wardrobe lock Ebco flap lock P-WLS1-19 double door sliding lock 19mm

Introducing the Sliding Wardrobe Lock Ebco Flap Lock P-WLS1-19, a sophisticated solution designed for double door sliding wardrobes. Crafted with precision and functionality in mind, this lock combines security with sleek aesthetics to enhance your living space.

Key Features:

• Versatile Sizing: The 22mm lock is specifically tailored for door thickness ranging from 18mm to 24mm, ensuring compatibility with a diverse range of sliding wardrobe doors.
• Double Door Security: Engineered to provide robust security for double doors, the Ebco Flap Lock P-WLS1-19 is an ideal choice for those seeking comprehensive protection for their wardrobe contents.

Advantages:

• Effortless Operation: The innovative design ensures ease of use, allowing you to secure your wardrobe with a simple and smooth locking mechanism. Uncomplicated and reliable, this lock simplifies your daily routine.
• Secure Storage: Rest easy knowing that your belongings are safeguarded. The Sliding Wardrobe Lock Ebco Flap Lock P-WLS1-19 is a trustworthy companion, offering a high level of security for your wardrobe.
• Aesthetic Appeal: The lock’s contemporary design adds a touch of sophistication to your sliding wardrobe. The sleek and stylish appearance seamlessly integrates with modern interior styles, enhancing the overall visual appeal.
• Easy Installation: Designed for hassle-free installation, this lock caters to both DIY enthusiasts and professionals alike. Experience the convenience of securing your wardrobe without compromising on durability.

Upgrade your sliding wardrobe security with the Sliding Wardrobe Lock Ebco Flap Lock P-WLS1-19. Whether you’re renovating or starting anew, this lock provides a perfect balance of style and functionality, ensuring your peace of mind and the protection of your valuables.

1. Drill ⌀19.0mm hole & cutout the cavity in board as shown in Fig. 1 & Fig. 1a.
2. Insert the lock into the cavity in sliding shutter and screw the cover plate as shown in Fig. 2.
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