We are pleased to share the latest Portland Stone Mine Report No.120, offering our clients and project partners a clear, transparent overview of block sizes and stone availability across our Portland stone range.
This report sets out both the maximum achievable block sizes and the average block sizes from recent production, giving architects, stone suppliers and contractors realistic and reliable data to support confident specification. By presenting typical outputs alongside upper limits, we aim to help project teams understand what can be delivered in practice, whether for large scale façades, structural elements or detailed stonework.
A key feature of the report is its focus on availability. We have included clear figures for current unallocated stock over the next three months, allowing customers to assess short term supply. In addition, the report provides future availability forecasts, based on planned production, to support long term procurement planning and programme certainty.
Portland Stone Mine Report No.120 covers the full range of Portland Stone. The information is set out in simple tables, making it easy to compare stone types, block sizes and stock levels at a glance.
We also reaffirm the importance of geological understanding and block selection. While the report provides a robust overview, we continue to encourage customers to visit our Portland Mines, review range panels and select blocks where possible to ensure the stone being supplied aligns with individual project expectations.
The Portland Stone Mine Report No.120 is now available as a downloadable PDF. We invite anyone specifying or sourcing Portland stone to review the report to gain a clear picture of block sizes, current stock and future availability, and to speak with our team about specific project requirements.
Albion Stone, a fourth generation family business pride ourselves on having a helpful and skilled workforce as well as modern and traditional manufacturing process to enable us to produce the highest quality Portland Stone with minimal environmental impact.