• Tier 22 Durability: These vaults are built to withstand substantial environmental stress and heavy loads, ideal for below-road surface installations and compatible with pavement upgrades.
• Flat-Packed Efficiency: The vaults’ flat-packed nature significantly eases transportation and storage, reducing the logistical challenges and carbon footprint associated with network expansions.
• Quick Assembly: Engineered for simplicity, the FIBREFLEX Vaults can be fully assembled in under 10 minutes, greatly reducing installation time and labour costs.
• Versatile Modular Design: The modular design includes multiple cover configurations and allows for vertical extensions to accommodate different installation depths, adapting to road and pavement modifications.
• Range of Sizes and Capacities:
  • T22 x20x20: A compact size that is perfect for smaller-scale network needs.
  • T22 1730-24: Measures approximately 17 inches by 30 inches, providing additional space for more complex installations.
  • T22 2436-24: Offers an expansive 24 inches by 36 inches area, suitable for larger network configurations.
  • T22 3048-36: The largest vault, measuring 30 inches by 48 inches, designed for extensive network deployments and multiple enclosure integrations.
  • Additional Options: A 9-inch flowerpot size, ideal for very small or individual fiber connection points.
• Quality Materials and Security: Constructed with non-metallic composite lids and engineered polypropylene panels, these vaults offer superior durability. They come equipped with a secure locking system to meet various loading classes and compliance with safety standards.
• Global Availability: The FIBREFLEX Vaults are available across Europe, the Middle East, Africa (EMEA), and North America, meeting a broad range of international standards and network demands.

The Keltech FIBREFLEX Vaults are an excellent choice for telecommunications providers and utility companies looking for a reliable, easy-to-install solution that supports the enhancement of OSP network infrastructure. Their diverse size range and rapid deployment capabilities make them invaluable for modernizing and expanding utility networks efficiently.