Fast & Efficient Project Delivery
Our experienced team helps streamline the construction process alongside contractors and clients, ensuring data centre roofing systems are delivered efficiently without compromising on quality or performance.
Data centres require robust waterproofing systems that protect critical infrastructure and deliver long-term asset performance.
Axter has a long-established track record in the design, manufacture and supply of high-performance waterproofing systems for mission-critical infrastructure, including data centres, industrial facilities, logistics hubs and major commercial developments throughout Europe.
Working alongside project teams from concept through to completion, our early-stage design support means the process is efficient and compliant.
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Our waterproofing systems have been specified and installed on FM-insured projects across the continent for decades, providing proven long-term performance in environments where resilience, durability and business continuity are essential.
Axter offers a comprehensive range of waterproofing systems with approvals from Factory Mutual (FM), one of the world's most respected testing and certification bodies for property loss prevention. These FM Approved systems have undergone extensive independent testing to verify their performance against a wide range of environmental and operational risks, including wind uplift, fire exposure, hail resistance and long-term durability.
Our experienced team helps streamline the construction process alongside contractors and clients, ensuring data centre roofing systems are delivered efficiently without compromising on quality or performance.
Axter's systems are designed to meet industry standards and project specifications, giving developers and contractors confidence that every installation supports the demanding requirements of modern data centres.
Axter's renowned waterproofing systems are engineered for long service life and are backed by market-leading guarantees, helping protect critical infrastructure against water ingress while reducing long-term maintenance and lifecycle costs.
Our technical team offers U-value calculations, tapered insulation design, wind loading assessments and rainwater drainage calculations, ensuring every flat roof is optimised for performance, compliance and long-term durability.
System options are available to accommodate a wide variety of roof configurations, including warm roofs, inverted roofs, blue roofs, green roofs, biosolar roofs and complex plant deck arrangements. In addition to FM Approved waterproofing assemblies, Axter provides full technical support throughout the project lifecycle, including:
• Concept and feasibility advice
• Detailed roof design and specification development
• Wind uplift calculations and FM compliance reviews
• Thermal and drainage design
• Blue roof and sustainable drainage integration
• Interface detailing and buildability reviews
• Construction stage support and quality assurance inspections
• Long-term warranties and asset management support
Yes. Modern waterproofing systems can contribute to sustainability objectives through long service life, reduced maintenance requirements and compatibility with technologies such as solar photovoltaic (PV) systems, blue roofs and green roofs. Selecting durable, high-performance flat roof systems can also help reduce whole-life carbon impacts.
Waterproofing is critical for data centres because water ingress can threaten sensitive equipment, disrupt operations and result in costly downtime. A robust waterproofing system helps protect mission-critical infrastructure, maintain business continuity and support the long-term performance of the building.
The most suitable flat roof waterproofing system will depend on the building design, operational requirements and lifecycle objectives of the facility. Data centres often require high-performance roofing and waterproofing systems that provide durability, reliability and ease of maintenance while accommodating complex roof layouts, plant equipment and service penetrations.
Effective flat roof waterproofing helps minimise the risk of water ingress, which can lead to equipment damage, service interruptions and expensive remediation works. By designing robust waterproofing systems from the outset, project teams can reduce risk, improve resilience and support uninterrupted operation throughout the building lifecycle.