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Falsework and formwork
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Pecavoid® is the BBA-approved cellular void former from Max Frank, designed to combat the effects of clay heave on foundations.
Pecavoid® is the BBA-approved cellular void former from Max Frank, designed to combat the effects of clay heave on foundations.
Pecavoid® is the BBA-approved cellular void former from Max Frank, designed to combat the effects of clay heave on foundations.
Pecavoid® is the BBA-approved cellular void former from Max Frank, designed to combat the effects of clay heave on foundations.
Pecavoid® is the BBA-approved cellular void former from Max Frank, designed to combat the effects of clay heave on foundations.
Pecavoid® is the BBA-approved cellular void former from Max Frank, designed to combat the effects of clay heave on foundations.
Collapsible void former with integral permanent formwork for use under reinforced concrete ground beams. The product has a number of variables including panel width, depth and loading characteristics.
Compressible EPS board for vertical installation against the sides of ground beams and deep trench fill foundations. The product is available in a range of thicknesses.
Collapsible void former with passive venting capabilities for use under reinforced concrete floor slabs. The product has a number of variables including depth and loading characteristics.
Collapsible void former with integral insulation for use under reinforced concrete floor slabs. The product has a number of variables including panel depth, thermal and loading characteristics.
Collapsible void former for use under reinforced concrete ground beams and pile caps. The product has a number of variables including panel width, depth and loading characteristics.
Collapsible void former for use under reinforced concrete floor slabs. The product has a number of variables including panel depth and loading characteristics.
Expanded Polystyrene (EPS) panels designed for passive venting of ground gases from beneath a building to the atmosphere via perimeter vents. Available in a range of depths and compressive strengths.