BEWI, the leading European manufacturer of construction, insulation and civils products, is delighted to be supporting London Build this year.
The company is taking the opportunity to promote its growing capabilities in the civils sector in particular. The products in its growing range include expanded polystyrene (EPS) and extruded polystyrene (XPS) products designed for civil engineering, ground engineering, and infrastructure projects.
Key individual product lines on offer from the company include:
HeaveMaster GHP (Ground Heave Protection) – engineered EPS void formers designed to protect foundations from vertical and lateral ground heave in clay soils by collapsing under specified fail-load pressures;
ClayMaster – compressible EPS boards used to protect vertical and horizontal concrete structures against the pressure of expanding clay soils;
FormMaster Shuttering – lightweight EPS formwork components used for concrete edge profiling and ground beams, reducing the need for traditional timber shuttering;
FillMaster – lightweight EPS blocks used for civil engineering bulk fill applications, reducing loads on weak subgrades, road embankments and bridge abutments.
The BEWI team is headed up by civils and structures solutions specialist Simon Roberts, National Infrastructure Manager – Civils and Structures. He will be taking part in a Panel discussion at the Show on 26th November at 12pm on the subject of ‘UK transport projects that are leading change’.
“We are seeing growth coming from a range of civils sectors, including infrastructure, road building, concrete frame, industrial construction, educational and health sector building, as well as high rise residential,” says Simon. “BEWI has a lot to offer to the sector from our HeaveMaster GHP, FormMaster and FillMaster ranges, as well as our piling products.”
Come along to the BEWI stand at the Show to learn more about the company’s Civils capabilities, as well as its insulation products and Insulated Concrete Formwork (ICF) range, which are helping build the future of modern energy-effcient housing today.