Tremco CPG delivers integrated construction systems designed to support the safety, resilience, and long-term performance of data centre environments. From fire protection and ESD flooring to sealing, waterproofing, and structural protection, our systems-led approach helps reduce risk, improve build quality, and support continuous operation across the full lifecycle of data centre projects.
Data centres sit at the core of digital transformation, supporting the continuous flow of data that underpins modern business, services, and society. To ensure business continuity and protect critical assets, data centre buildings must meet exceptionally high performance standards across every element of construction.
Fire protection, airtightness, thermal efficiency, air quality, and adaptability are all fundamental requirements, alongside the ability to support future expansion, upgrades, and evolving technologies without compromising safety or operational resilience.
Tremco CPG delivers a comprehensive portfolio of integrated construction solutions designed to support both the construction and long-term maintenance of data centre environments, from the ground up. Our systems-led approach addresses the full range of performance requirements, helping project teams deliver secure, durable, and future-ready facilities.
Through our specialist brands, Tremco CPG provides proven solutions across fire protection, sealing and bonding, flooring and ESD control, waterproofing, roofing, façade systems, and structural technologies. Together, these integrated systems help ensure the safety, sustainability, and long-term performance of data centre infrastructure throughout its operational lifecycle.
At the core of data centre resilience is effective fire compartmentation. Passive fire protection systems play a critical role in limiting the spread of fire, smoke, and gases, supporting compliance, business continuity, and long-term operational safety.
Passive fire protection is fundamental to safeguarding data centre environments, protecting people, critical assets, and continuous operations. Nullifire systems deliver robust fire compartmentation, helping to prevent the spread of fire, smoke, and hot gases through service penetrations and linear joints.
Designed specifically for complex, service-heavy environments, Nullifire solutions support flexibility for future cabling and infrastructure changes while maintaining certified fire performance. Lifetime product traceability is provided through Optifire® technology, supporting compliance, accountability, and long-term asset management.
Effective fire compartmentation must be supported by airtight construction. Once fire risk is controlled, maintaining sealed and stable internal environments becomes essential to long-term performance.
Data centre performance depends on maintaining controlled internal environments. illbruck provides high-performance sealants, adhesives, and sealing tapes designed for HVAC systems, technical partitions, and structural assemblies.
Engineered for fast installation and long-term durability, illbruck solutions help ensure airtightness, vibration control, and hygienic performance. These systems meet stringent indoor air quality and hygiene requirements, making them ideally suited to sensitive data centre environments where reliability is essential.
Controlling air, vibration, and contamination supports equipment reliability, but electrostatic discharge presents a further risk at operational level. Flooring systems play a key role in protecting sensitive technology.
Floors within data centres play a critical role in safety and operational reliability. Flowcrete transforms floors into technical assets through advanced resin flooring systems that are antistatic, hygienic, and highly durable.
Designed to provide effective electrostatic discharge (ESD) control, Flowcrete systems help protect sensitive equipment in server rooms, network operation centres, and monitoring areas, while also delivering ease of maintenance and long-term performance.
Over time, all buildings move. Managing structural movement is essential to prevent damage and maintain operational continuity in data centre environments.
Structural movement, vibration, and thermal variation can pose risks to data centre infrastructure. VEDA expansion and seismic joint systems are designed to accommodate movement while protecting the integrity of floors, walls, and ceilings.
These systems help maintain operational continuity by reducing the risk of damage to critical infrastructure and supporting long-term structural performance.