Oldroyd Membranes and Accessories
The Oldroyd range of Cavity Drainage Membranes are manufactured in Norway under an ISO 9001 and ISO 14001 quality and environmental management system. They are produced from high-strength polypropylene using a special, temperature-controlled manufacturing process. This results in an exceptionally straight, tough membrane which does not suffer from the “banana-ing” and “rucking” which cause problems when installing other cavity drainage membranes.
Multi-layer Technology
All Oldroyd membranes are produced using Oldroyd’s multi-layer technology technique which increases membrane strength and, in many cases, allows the use of 49 – 70% recycled plastic with no loss in performance.
Membrane Range
The Oldroyd range of cavity drainage membranes is based around a range of core membrane products, supplied in rolls of varying sizes:
Oldroyd Xp
Green, 7 mm studded cavity drainage membrane with mesh to accept plaster/render
Oldroyd Gtx range
- Black, 5 mm studded geocomposite cavity drainage membrane with fleece
- Black, 10 mm studded geocomposite cavity drainage membrane with fleece
- Black, 20 mm studded geocomposite cavity drainage membrane with fleece
Contains 49 – 70% recycled material
Oldroyd Green range
- Green, 5 mm studded cavity drainage membrane for pitched green roofs
- Green, 20 mm studded cavity drainage membrane for flat green roofs
Contains 49 – 70% recycled material
Accessories used in conjunction with Oldroyd membranes include the Drybase Aquachannel perimeter drainage channel and the Sentry sump system.
Applications
Oldroyd cavity drainage membranes can be used for a wide range of waterproofing an civil engineering applications including:
- Green Roof Construction
- Damp-proofing (Walls)
- Damp-proofing (Floors)
- Waterproofing Concrete Slabs
- Tunnel / Arch Waterproofing (Refurbishment)
- Tunnel / Pipeline Waterproofing (Newbuild)
- Preventing Rain Penetration
- Basement Waterproofing (Newbuild)
- Basement Waterproofing (Refurbishment)
- Barn Conversions
- Radon & Ground Gas Mitigation