Buildspan BS – Non-woven
Buildspan BS Non-woven Geotextiles are designed to stabilise the ground by forming a durable layer between the subgrade and sub-base. They prevent valuable aggregates and construction stone from mixing with the underlying soil. This separation maintains the strength and integrity of the pavement structure.
The geotextile controls soil particle movement and creates a stable bridging zone. Its nonwoven structure allows water to pass freely while reducing the risk of clogging. As a result, it promotes natural filtration and supports long-term drainage performance.
By preventing the loss of aggregates into the subgrade, Buildspan BS extends the service life of pavements and reduces maintenance requirements. It is lightweight, easy to install, and suitable for a wide range of civil engineering and infrastructure projects.
Buildspan BS1000
Buildspan BS1500
Buildspan BS 2000
Buildspan BS 3000
Features:
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Needle-punched polypropylene fibres
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High tensile and tear strength
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Permeable, non-woven structure
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UV and chemical resistant
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Available in multiple grades and weights
Benefits:
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Prevents mixing of soil and aggregate
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Improves drainage performance
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Extends pavement and ground life
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Reduces material and maintenance costs
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Quick and easy to install
4.5 x 100 (m)
You May Also Need
Recommended accessories often purchased with this product.
Terram Inbitex
Terram Inbitex™ is a green nonwoven geotextile designed to provide filtration and separation within block paving sub-base construction. The geotextile sits between granular layers and prevents them from mixing. As a result, it helps stabilise the sub-base and maintain the strength of the pavement structure.
Terram Non-Woven
Nonwoven geotextiles to enhance the performance and design life of granular layers by providing filtration and separation functions.
Lotrak Non-Woven
Lotrak non-woven geotextiles are permeable, needle-punched fabrics made from polypropylene fibres, used in groundworks and civil engineering applications. They are designed to separate, filter, and stabilise soil and aggregate layers while allowing water to pass through.
