solutions for contaminated land
Gas proof membranes are used to protect buildings from harmful ground gases such as radon, carbon dioxide, methane and hydrocarbons. They are often used in conjunction with other components to form an active or passive protection system. PAGeoTechnical uses its own range of products and also products from major international suppliers.
PAG Standard Gas Barrier – Red/Silver
One of the suite of a proprietary aluminium gas barriers, manufactured to exacting European Standards. PAGeoTechnical Standard incorporates an aluminium foil for maximum resistance to gas and vapour transmission including a reinforced scrim for strength and tear resistance, it is manufactured using virgin polymer LDPE for flexibility. At greater than 0.4mm PAG Standard meets the minimum standard for proprietary gas barriers as recommended in
Monarflex Reflex Super – Sand/Black
One of the best known proprietary gas barriers membranes. Monarflex Reflex Super has been leading the market since the mid 1990’s for quality specific membranes in this sector. It is a multi foil membrane with a reinforcing scrim and aluminium layer. Reflex Super was originally developed to be welded with the unique extrusion welding system. However it is equally easily joined by modern thermal welding machines (See Ancillaries page.)
Monarflex RAC – Grey
Still the most robust proprietary gas membrane available in the market today. RAC membrane was developed in the 1980’s for high performance protection of developments in hydrocarbon contaminated docklands sites. RAC was probably the first bespoke loose lay gas membrane available in the UK market and still holds its position as the most robust high performance material in this sector.
PAG HC 400 – Olive Green / Silver
With the increased concern over Volatile Organic Hydrocarbon contamination and new materials manufacturing capabilities, our new HC400 membrane offers “state of the art” protection to buildings from Hydrocarbon vapours. Using a “multi foil” blown extrusion process we are able to create a membrane which incorporates an EVOH inter layer, providing demonstrable and absolute resistance to the passage of VOC vapours along with massive flexibility and elongation.