Free Shipping Tamperproof Lockable Noticeboard Aluminium Frame Macflex Universe Series [NpwFxYtE]

Tamperproof Noticeboard with Lockable Frame

Introducing the Macflex Universe, a compact and slimline fire-safe tamperproof noticeboard designed to protect and safely store your important notices. This innovative noticeboard is manufactured in the UK with a focus on quality and durability. Its lockable clear polycarbonate cover ensures that your documents are secure and accessible only to authorized personnel. The Macflex Universe is perfect for interior use in offices, schools, and other public buildings, providing a sleek and functional solution for displaying critical information.

Product Specifications and Features

The Macflex Universe noticeboard boasts a flame retardant design, meeting the stringent BS 476 Part 7 Class 1 and BS5852 0 & 1 (Cigarette and Match) standards. This ensures that your notices are safeguarded in the event of a fire. The noticeboard features a 9mm pinboard core and a deep overall depth of 25mm, making it robust and resistant to tampering. Standardly side-hinged, it comes with key locks for added security. Available in both single and dual door formats, the Macflex Universe is offered in a variety of sizes to fit any space. To accommodate your aesthetic preferences, choose from 12 vibrant colors, or contact us for a color not listed.

Practical Applications and Benefits

Whether you need to display schedules, announcements, or important documents, the Macflex Universe noticeboard is an essential tool for maintaining organization and accessibility. Its fire-safe and tamperproof construction makes it ideal for high-security areas, ensuring that sensitive information remains confidential. With a choice of two fire ratings, you can tailor the Macflex Universe to meet the specific needs of your building, whether it's an office or a public corridor. By choosing the Macflex Universe, you're investing in a noticeboard that combines style, security, and functionality, making it a versatile addition to any space.