Secure Your Space: The Multi-Point Locking System of Ökotech uPVC Tilt and Turn Windows

Ökotech uPVC tilt and turn windows feature a robust multi-point locking system for superior security, making it difficult for intruders to force entry.

Benefits of the Multi-Point Locking System

• Enhanced Security: The multi-point locking system enhances security by securing windows at multiple locations, providing superior resistance against forced entry compared to single-point locks.
• Improved Insulation: Multi-point locks enhance thermal and acoustic insulation by establishing a more secure barrier, resulting in a more comfortable and tranquil residence and reduced energy costs.
• Ease of Use: The multi-point locking system offers advanced security features but is user-friendly, allowing for easy operation of tilt and turn functions, offering versatility and convenience.
• Durability: The locking system’s high-quality materials and engineering make it endure long and don’t require replacement or maintenance.

Different Locations for Installation

Ökotech uPVC tilt and turn windows can be installed in various settings to maximise security and functionality:

• Residential Homes: Ideal for bedrooms, living rooms, and kitchens, providing ventilation and security.
• Commercial Buildings: Perfect for offices and retail spaces, enhancing security while offering modern aesthetics.
• Public Institutions: Suitable for government buildings, colleges, and hospitals, prioritising safety and insulation.

FAQs

How do you secure a uPVC window?

Ensure the uPVC window is well-maintained, has a multi-point securing system, and all the latches function correctly.

How do you adjust the lock mechanism on a uPVC window?

Find the adjustment screws on the locking points and turn them with a screwdriver to get the lock mechanism in the proper position and working smoothly.

What are uPVC windows?

uPVC is a low-maintenance polymer that is long-lasting and effective in constructing windows, offering exceptional insulation, security, and durability. As a result, they are a favoured choice for modern structures.