Weed Prevention Non-Woven 2.25m Width - Smaller Cuts
Weed Prevention Membrane
A tough non-woven geotextile; cut to size pieces that allow you to fulfil your requirements with zero waste.
2.25m width perfect for rectangular areas or larger areas. This fabric is perfect for weed prevention and separation for a variety of projects. Our fabric is also commonly used for; Artificial Grass, Garden Gravel Areas, Raised Beds, Paths, Under Paving, Decking, Under Permeable Paving and Planting Beds to name a few.
Non-woven geotextile can help inhibit weeds and slow the growth of unwanted greenery. Introduced into subbase layers between, for example, type 1 and a gravel layer it can help to keep an area weed free by providing a barrier to stop weeds coming through from the soil below.
This fabric is cut by the metre, stocked and supplied from the UK. Our landscape fabric cannot be ripped by hand or easily punctured by stone/gravel and can help to improve the longevity of your project installation. Versatile for above and below ground applications in your garden or outdoor project.
Non-Woven fabric
• Dimensions: 2.25m width by various lengths you choose what you need
• GSM: 100
All products are thermally bonded to provide a durable and tough fabric which has proven to be one of the highest quality general purpose membranes on the market.
Just choose the size you want from our handy options. Sizes given in metres length x width and then area (M2).
Please note: this item will be sent boxed and folded you buy what size you need without waste; the membrane is cut from a much larger roll. All geotextile membranes need to be covered sufficiently for them to perform over a long term. Ground must be prepared before installation, seeds can grow on top of membrane (seed drop) and can easily be taken off by hand.
We also have a similar option at 1.1m width if you have a narrower requirement for your project.
Need any specifications or have questions check out our additional information and FAQ tabs or for geotextile uses check out our Blog.