en.Wedoany.com Reported - UK-based Russell Roof Tiles has produced its one-millionth Bute3 tile, a milestone achieved less than a year after the product entered full production in June 2025. The company attributes this success to an investment of over £20 million, along with five years of design, engineering, and development work.
Manufactured on Russell Roof Tiles' new fully automated production line in Burton upon Trent, the Bute3 tile has been used or specified in over 80 projects across the UK. The product combines the appearance of traditional plain tiles with the efficiency of large-format roofing solutions. Its unique three-tile format allows roofing contractors to achieve installation speeds up to 33% faster than comparable products, while maintaining the visual effect of traditional plain tiles.
The product requires 10.9 tiles per square meter, which, according to Russell Roof Tiles, significantly reduces tile usage compared to traditional plain tile systems. Its lighter weight not only improves on-site handling but also allows more tiles to be transported per pallet, helping to reduce transportation requirements and associated carbon emissions.
Andrew Hayward, Managing Director of Russell Roof Tiles, stated that producing the one-millionth Bute3 tile is a proud moment for those involved in the product's development. From concept development to full-scale manufacturing, Bute3 represents a significant investment in innovation, technology, and UK manufacturing. He noted that the speed at which this milestone has been reached reflects strong demand from developers, housebuilders, and roofing contractors who are seeking products that enhance construction efficiency without compromising quality, durability, or aesthetics. Hayward also added that Bute3 has successfully transitioned from trial projects to becoming a standard specification on several major developments, with its versatility, ease of installation, and performance making it a viable alternative to traditional plain tiles, clay tiles, and slate roofing.
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