Glass entrances are a defining feature of contemporary architecture, offering a sleek, open aesthetic while allowing natural light to flow into a building. However, with security and safety being top priorities for businesses and public spaces, modern glass technology has evolved to provide enhanced protection without compromising on design. Innovations such as laminated glass, advanced access control systems, and anti-shatter coatings ensure that glass entrances are not just visually striking but also secure and resilient.

Laminated Glass: Strength and Impact Resistance

Laminated glass has become a crucial component in modern entrance designs, offering superior safety and security compared to standard glass. It consists of two or more layers of glass bonded together with an interlayer, usually made of polyvinyl butyral (PVB) or ethylene-vinyl acetate (EVA).

Key Benefits of Laminated Glass:

• Enhanced Impact Resistance: If struck, laminated glass holds together rather than shattering, reducing the risk of injury and preventing easy access through breakage.
• Improved Security: It acts as a deterrent against forced entry attempts, making it significantly harder for intruders to break through.
• Noise Reduction: The interlayer not only strengthens the glass but also reduces external noise, creating a quieter indoor environment.
• UV Protection: Laminated glass helps block harmful UV rays, protecting interior furnishings from fading.

Access Control Systems: Managing Entry with Technology

Glass entrances are often paired with advanced access control systems to regulate who enters a building. These systems have moved beyond traditional key locks, incorporating cutting-edge technology to enhance security.

Common Access Control Features for Glass Entrances:

• Smart Card and Keypad Entry: Authorised personnel can access the building using keycards, PIN codes, or fobs.
• Biometric Scanning: Fingerprint and facial recognition technology add an extra layer of security by allowing only verified individuals to enter.
• Remote Access Management: Cloud-based access control allows security teams to monitor and control entrance points remotely, ensuring doors remain locked when necessary.
• Integration with Security Systems: Access control can be linked to alarms, surveillance cameras, and automatic locking mechanisms for comprehensive building security.

Anti-Shatter Coatings: Minimising Risk from Breakage

Anti-shatter films and coatings provide an additional layer of safety for glass entrances. These protective layers help to:

• Hold Broken Glass in Place: In the event of an impact, explosion, or vandalism, the film prevents shards from scattering, reducing the risk of injury.
• Reinforce Glass Against Forced Entry: While not as strong as laminated glass, anti-shatter coatings make it more difficult for intruders to breach an entrance.
• Increase Protection in High-Risk Areas: These coatings are commonly used in government buildings, retail stores, and public spaces where security risks are higher.

Balancing Security and Aesthetics in Modern Glass Entrances

A common misconception is that security measures can make glass entrances look bulky or industrial. However, modern advancements allow security and safety features to be seamlessly integrated without sacrificing style. At Open Entrances, we specialise in designing and installing glass entrance systems that prioritise both security and aesthetics, ensuring businesses receive a solution that enhances their space while offering peace of mind.

Final Thoughts

With threats such as break-ins, vandalism, and accidents posing risks to buildings, investing in security-enhanced glass technology is essential. Laminated glass, advanced access control systems, and anti-shatter coatings are just a few of the innovations making modern glass entrances safer and more secure.

At Open Entrances, we create bespoke glass entrance solutions that combine cutting-edge security features with contemporary design. Get in touch today to learn how we can enhance the safety of your building while maintaining its architectural integrity.