Ramco Industries UK | Certified Calcium Silicate & Fibre Cement Systems
Ramco Industries UK began as the licensed UK distributor of Hilux calcium silicate and Hicem fibre cement boards, supplying high-quality mineral materials for walls, ceilings, and façades.
However, through testing, certification, and practical experience, we quickly realised that simply selling boards was not enough. After achieving our first BDA certification, we encountered the same hurdles faced by architects and building control teams – where compliance demands complete, system-based solutions, not individual components.
That discovery shaped our direction.
Today, Ramco Industries UK works collaboratively with partners such as Terrix® to develop fully integrated mineral systems – from external façades finished with render or brick slips, to internal partitions and ceilings finished with spray plasters and mineral paints.
Our goal is to solve the real-world challenges of modern construction: fire safety, moisture control, breathability, and long-term durability – without compromise.
Our Background
Part of the Ramco Group, founded in 1965 and recognised globally for fibre cement and calcium silicate innovation, Ramco Industries UK combines global manufacturing capability with UK-based system development and compliance expertise.
Why Choose Us
From product to system – evolving from board supply to fully tested, integrated mineral assemblies.
Compliance without compromise – fire, moisture, and durability performance in balance.
Collaborative partnerships – working with Terrix® and industry specialists to align with UK standards and Gateway 2 expectations.
Sustainability and traceability – EPD-verified materials and ISO-accredited manufacturing.
Future-ready thinking – supporting architects, designers, and contractors in creating the next generation of compliant, breathable, and sustainable buildings.
At Ramco Industries UK, we are not just supplying boards – we are building complete, mineral-based systems that bring together fire safety, breathability, and environmental performance for the future of construction.
