Growth in Data Center Construction Encourages Investment in Powder-Coated Building Components and Equipment

Market Overview

U.S. Powder Coatings Market recorded a demand of 414 thousand tons in 2025 and is estimated to reach a volume of 575 thousand tons by 2033 with a CAGR of 4.4% during the forecast period. 

The growing demand for powder-coated aluminum extrusions in high-rise buildings, airports, data centers, and institutional facilities has become a major growth driver for the U.S. powder coatings market, supported by both construction activity and increasingly stringent durability requirements. Modern commercial buildings rely heavily on aluminum curtain walls, window frames, façades, louvers, railings, and architectural panels, all of which require protective coatings capable of maintaining appearance and performance over decades of exposure.

Powder coatings have become the preferred finishing technology because they provide superior resistance to UV radiation, moisture, temperature fluctuations, and airborne pollutants compared with many conventional liquid coating systems. This advantage is particularly important in large metropolitan areas where commercial buildings are expected to maintain aesthetic appeal for 20–30 years with minimal maintenance. The U.S. non-residential construction sector continues to generate significant demand, with annual spending exceeding USD 1 trillion, while data center construction has accelerated due to rising cloud computing and artificial intelligence infrastructure investments.

Hyperscale data centers alone require extensive use of powder-coated aluminum and steel components in exterior structures, cooling systems, electrical enclosures, and support infrastructure. Airports represent another high-value application, as terminal expansions and modernization projects increasingly incorporate large glass façades supported by powder-coated aluminum framing systems that must withstand heavy passenger traffic and environmental exposure. Educational institutions, hospitals, government buildings, and research facilities are similarly adopting powder-coated architectural products because facility owners prioritize long service life and reduced maintenance costs. Furthermore, the architectural segment increasingly favors super-durable and fluoropolymer-grade powder coatings, which can retain color and gloss for more than two decades under harsh weather conditions.

This performance characteristic is becoming increasingly valuable as developers seek to reduce lifecycle maintenance expenditures while complying with sustainability objectives. Powder coatings also support green building initiatives by eliminating virtually all volatile organic compound (VOC) emissions during application and achieving material utilization rates that often exceed 90–95%, significantly reducing waste compared with liquid coatings. As investment in commercial construction, public infrastructure, and digital infrastructure continues to expand, demand for high-performance powder-coated aluminum systems is expected to remain one of the strongest and most resilient growth contributors within the U.S. powder coatings market.

Macroeconomic Factor Analysis

The U.S. powder coatings market is significantly shaped by macroeconomic factors related to manufacturing output, construction activities, infrastructure investments, energy costs, and industrial capital expenditures. A key driver is the ongoing growth of the U.S. manufacturing sector, which constitutes about 10–11% of the national GDP and is a major consumer of powder-coated components used in various industries, including appliances, industrial machinery, fabricated metals, electrical equipment, and transportation products. The trend of reshoring manufacturing operations and investing in domestic production facilities is further boosting demand for powder-coated parts and equipment.

In addition, non-residential construction spending, which has exceeded USD 1 trillion annually, serves as another vital contributor, especially for architectural powder coatings used on aluminum extrusions, curtain walls, window frames, and façade systems. The rise in construction of data centers, semiconductor fabrication plants, battery manufacturing facilities, and logistics infrastructure is creating significant demand for durable coating solutions that can protect metal substrates in challenging environments.

Programs aimed at modernizing infrastructure, funded by federal and state initiatives, are also supporting the consumption of powder coatings in transit systems, public buildings, utility equipment, and various structural applications. Furthermore, increasing labor costs in manufacturing strengthen the appeal of powder coatings, as automated coating lines can achieve transfer efficiencies over 90%, thus minimizing material waste and reducing operating costs compared to many liquid coating alternatives.

Environmental regulations are another crucial macroeconomic factor at play. The growing push to lower volatile organic compound (VOC) emissions is driving the shift from solvent-based coatings to powder technologies, which emit little to no VOCs. Although inflation in raw materials like polyester resins, epoxy resins, titanium dioxide, and specialized additives has at times raised coating prices, strong demand from construction and industrial sectors has largely sustained market value growth.

Additionally, advancements in electric vehicle production, renewable energy infrastructure, and investments in advanced manufacturing are broadening the market for high-performance powder coatings. These macroeconomic trends collectively indicate that the U.S. powder coatings market is benefitting from long-term investments in industry, infrastructure development, manufacturing expansion, and a focus on sustainability, fostering an environment conducive to steady volume growth and increasing adoption across a variety of end-use sectors.

Pricing Analysis

The pricing trends in the U.S. solar windows market illustrate the industry's shift from a developing technology sector to wider commercial adoption. It is projected that the average pricing will rise from USD 4,200 per ton in 2024 to around USD 4,900 per ton by 2027. This increase is attributed to robust value growth resulting from technological advancements and the rising deployment of building-integrated photovoltaic (BIPV) systems. During this period, manufacturers are making significant investments in transparent photovoltaic materials, advanced coatings, and energy-generating glazing technologies, which contribute to higher production costs. Concurrently, there is an increasing demand from commercial office spaces, airports, educational institutions, healthcare facilities, and mixed-use developments, as developers seek solutions that merge energy generation with architectural design. The premium pricing seen in the initial years is also due to limited production capacity and the bespoke nature of many solar window installations.

From 2028 onward, the pace of price growth is expected to slow considerably, with average prices projected to increase from USD 5,020 per ton in 2028 to about USD 5,090 per ton by 2033. This gradual rise signals that the market is entering a more mature phase, characterized by scaled manufacturing, enhanced production efficiency, and better supply chain capabilities. As transparent photovoltaic technologies become more standardized and production volumes grow, manufacturers are likely to benefit from economies of scale, which may help mitigate inflationary pressures related to raw materials, labor, and installation services. Moreover, heightened competition among technology developers and glazing manufacturers is anticipated to curb excessively high price increases while fostering innovation and performance enhancements.

Another key element contributing to pricing stability is the increasing adoption of solar windows in large-scale commercial projects, where bulk purchasing helps to lower per-unit costs. Developers are now considering solar windows based on their lifecycle value instead of just the initial cost, taking into account factors such as energy generation, reduced electricity consumption, improved sustainability ratings, and increased building valuation. As a result, although nominal prices are projected to rise modestly throughout the forecast period, the effective cost per unit of energy generated is expected to improve with advances in photovoltaic efficiency. This trend underscores the market's transition from a premium niche technology to a commercially viable element of next-generation sustainable building design in the United States.

Company Analysis

The U.S. powder coatings market features a competitive landscape led by major industry participants including PPG Industries, Inc., The Sherwin-Williams Company, Akzo Nobel N.V., Axalta Coating Systems Ltd., Jotun A/S, Tiger Coatings GmbH & Co. KG, Teknos Group Oy, IFS Coatings, TIGER Drylac U.S.A., Inc., Arkema S.A., BASF SE, along with several other regional and international manufacturers operating across the powder coatings value chain.