Kryton International Highlights Need for Durable Concrete in Data Centers Amid Rising Infrastructure Risks
As data centers face increasing threats from concrete degradation, Kryton International emphasizes the importance of durable, waterproof concrete to prevent costly outages and ensure long-term operational resilience.
The surge in demand for high-performance data centers has brought to light a critical vulnerability: concrete degradation. Kryton International, a leader in concrete waterproofing and durability solutions, warns that the integrity of concrete infrastructure is paramount to preventing costly downtime and damage to sensitive equipment. With the average cost of a data center outage exceeding $9,000 per minute, the stakes are high.
Data centers, especially those utilizing robotics and automation, require concrete that can withstand heavy loads, constant movement, and the abrasive effects of wheeled traffic. Traditional concrete is susceptible to microcracking and water penetration, risks that are exacerbated by the massive volumes of water used in cooling systems. Kryton's innovative admixtures, such as the Krystol Internal Membrane™ and Hard-Cem®, offer solutions by making concrete self-sealing, waterproof, and resistant to abrasion.
The expansion of hyperscale and edge data centers into regions with high water tables or seismic activity further underscores the need for advanced concrete solutions. These conditions increase the risk of concrete deterioration, which can lead to operational halts for remediation. By adopting Kryton's technologies at the construction phase, data center operators can mitigate these risks, ensuring the longevity and reliability of their facilities.
The implications of neglecting concrete durability are significant, not only in terms of financial loss but also in operational efficiency and reputational damage. As data centers continue to evolve to support AI and robotics, the demand for concrete that meets these advanced requirements will only grow. Kryton International's call to action highlights a critical industry shift towards materials that can support the future of data center infrastructure.