Bricks Market Size, Share and Growth Analysis Report - Forecast Trends and Outlook (2026-2035)

Brick manufacturers are increasingly targeting kiln emissions through electrification, alternative fuels and hydrogen rather than relying solely on incremental efficiency improvements. This is particularly important because conventional clay bricks require firing at temperatures above 1,000°C. The UK Brick Development Association notes that around 95% of the sector’s electricity use was already sourced from certified renewable electricity or onsite generation, while almost 100% of production was covered by ISO 50001 energy-management systems in 2022. More recent projects are moving toward deeper fuel switching, including hydrogen-fired kilns, indicating that decarbonisation is shifting from operational optimisation toward fundamental changes in brick manufacturing technology.

Circular sourcing is emerging as an important strategy for reducing dependence on virgin clay and limiting construction waste. In 2026, Wienerberger demonstrated this approach in Vienna by processing approximately 35,000 cubic metres of excavated soil into around 2.8 million bricks, equivalent to material for roughly 1,000 single-family homes. The project uses clay-containing excavation material from subway construction as a substitute for newly extracted raw material. At the building level, attention is also shifting toward brick recovery and reuse, with industry guidance increasingly addressing deconstruction, testing and performance verification of reclaimed bricks.

Automation is moving beyond factory production into brick installation, particularly as construction companies face skilled-labour shortages and pressure to improve project productivity. Wienerberger’s WLTR masonry robot has progressed from a research project into commercial deployment across Europe. As of April 2026, 12 robots had been deployed, with the technology responsible for approximately 40,000 m² of masonry and supported by 13 Robot-Ready Blocks produced across six countries. Such systems automate repetitive and precision-intensive bricklaying activities while allowing workers to operate and supervise the equipment. This is creating a stronger connection between brick manufacturers, automated block formats and digitally enabled construction workflows, thereby boosting the bricks market dynamics and trends.

Sustainability requirements are increasingly extending from manufacturing into construction procurement, encouraging developers and architects to evaluate bricks through whole-life environmental performance. Environmental Product Declarations (EPDs) are becoming particularly relevant because they provide lifecycle information that can be incorporated into whole-life carbon assessments. The Brick Development Association identifies EPDs as a key source for construction-product environmental data and highlights EN 15804 as a methodology for consistent assessment. This is encouraging manufacturers to improve product-level environmental documentation while giving project teams greater visibility into embodied carbon, sourcing and lifecycle performance when comparing masonry materials.

Brick consumption remains strongly connected to housing and construction activity, making manufacturers increasingly sensitive to regional changes in building output. Recent UK data illustrates this volatility: seasonally adjusted brick deliveries fell 16.3% year-on-year in June 2026 and 11.1% from May to June. At the same time, the UK construction outlook shows divergent performance across end-use sectors, with new infrastructure expected to grow 2.3% in 2026, while private housing is forecast to contract by 10.0%. These differences are encouraging brick producers to monitor infrastructure, renovation and non-residential applications alongside traditional housebuilding demand.