Strong, Long-Lasting Tape For Joining Geotextile Membranes
Our Geotextile Single-Sided Cloth Jointing Tape is designed for securing overlaps in both woven and non-woven geotextile membranes. Ideal for a wide range of groundworks, it provides a quick, durable joint that keeps membranes in position during installation.
Commonly used in applications such as soakaway systems, attenuation tanks, and horse arenas, this high-strength cloth tape is the professional's choice for joining porous membranes. Unlike standard tapes found in DIY stores, our version offers superior adhesion and long-term performance even in demanding site conditions.
Key Uses and Benefits
- Bonds woven and non-woven geotextiles with ease
- Keeps membrane joints secure during backfilling and compaction
- Minimises movement and gapping of geotextile layers
- Suitable for groundworks, drainage, and equestrian installs
- Trusted in domestic and commercial arena builds
Typical Applications
- Soakaway and drainage crate wrapping
- Attenuation tank installations
- Horse arenas and manèges
- General landscaping and construction membrane joins
- Erosion control and stabilisation systems
Technical Specifications
- Width: 75mm or 100mm
- Roll Length: 50m
- Tape Type: Single-sided cloth
- Colour: Black
- Compatible Membranes: All ETC non-woven and woven geotextiles
FAQs
Can this be used with any geotextile membrane?
Yes, it works with both woven and non-woven membranes, including NW8, NW18, SNW40, and G90 woven membranes.
How should I apply the tape?
Ensure both membrane surfaces are dry and clean. Apply firm pressure along the seam to maximise adhesion.
Is this tape waterproof?
It is designed for permeable systems, so while the tape is strong and weather-resistant, it is not intended to create a watertight seal.
Can I use this in cold or wet conditions?
For best results, apply in dry weather above 5°C. The adhesive bond may weaken if applied to wet or frozen surfaces.
Is it included in horse arena kits?
Yes, it features in all ETC arena membrane packages, used to join lengths of membrane securely on site.
