Data Centres
PEX-a Piping Solutions for Data Centres
As data centres continue to grow in complexity and size, efficient liquid medium transportation systems have become critical for optimal performance and cooling. At Afripex, we specialize in high-performance PEX-a piping systems engineered to meet the demanding needs of data centre infrastructure.
Data centres generate substantial heat, and managing thermal loads is essential to maintain uptime and protect sensitive equipment. That’s where our PEX-a (cross-linked polyethylene type A) pipes offer a clear advantage. Flexible, durable, and corrosion-resistant, they provide a superior solution for transporting chilled water and other cooling liquids across server rooms and facility floors.
Why PEX-a for Data Centres?
Our PEX-a piping systems are ideal for both primary and secondary cooling loops in air-cooled and liquid-cooled data centre environments. The unique manufacturing process of PEX-a enhances flexibility and long-term performance, making it easier to install in tight spaces or around complex layouts without compromising flow rate or pressure.
Additionally, PEX-a pipes are resistant to scale buildup and internal corrosion, ensuring consistent liquid medium transportation and reducing maintenance over time. With fewer fittings and faster installation compared to traditional piping materials, our systems also contribute to reduced labour costs and shorter project timelines.
Types of Pipes Needed in Data Centres
When designing piping for data centres, the following types of pipes are typically required:
- Chilled Water Pipes: For cooling systems transporting water from central chillers to server racks.
- Condensate Drain Lines: For removing moisture produced by air handling units.
- Liquid Cooling Distribution Pipes: For direct-to-chip or immersion cooling systems.
- Fire Suppression System Pipes: Often integrated into the facility’s overall infrastructure.
Our PEX-a systems can be customized to fit each of these applications, offering unmatched thermal stability, pressure tolerance, and reliability.

