The global data center piping market is projected to grow from $6.46 billion in 2025 to $16.26 billion by 2032, representing a compound annual growth rate (CAGR) of 14.1%. The proliferation of AI has driven up the need for thermal management, causing a surge in demand for liquid cooling piping. Notably, plastic and composite piping—favored for their corrosion resistance, lightweight nature, and ease of installation—are experiencing a rapid growth rate of 16.9%.

The widespread adoption of AI is fueling a sharp rise in demand for liquid cooling piping in data centers. With plastic composite piping growing at a CAGR of 16.9%, ABS—a common raw material for plastic piping—benefits from sustained demand growth, providing moderate support for spot prices.

As the data center piping market expands rapidly and the market share of plastic piping increases, EPS (a general-purpose plastic raw material used in composite piping production) benefits from incremental demand, offering moderate support for spot prices.

PP is a key raw material for plastic piping; the rapid growth in demand for AI-driven liquid cooling piping directly boosts PP consumption, providing moderate support for spot prices.

PS, a general-purpose plastic used in the production of plastic composite piping, benefits from the sustained surge in data center piping demand, which drives incremental consumption and provides moderate support for spot prices.

PC offers excellent corrosion resistance and serves as a vital raw material for high-end plastic composite piping; the surge in demand for liquid cooling piping in data centers boosts PC consumption, providing moderate support for spot prices.

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