XHD 40 $27.00
Xhd 40, our top selling synthetic grass, combines 2 tons of green with a brown and green curly yarn inside. This grass is widely used for domestic projects and to create super soft play areas. When used on balconies and terraces you do not have to sand fill this product due to the high density tufting.
When installed in domestic and commercial lawn projects however, sand infill is extremely important as it holds the product in place allowing the grass to follow the natural contours of the ground as well as maintaining the high and fluffy appearance. This grass feels soft and bouncy under foot and is also ideal for swimming pool surrounds or kids play areas.
Technical Specifications
Yarn properties
Construction: | PE & PP 11300 Dtex |
Colour: | Pomona cyan & green Bi-color/Green & Yellow Bi-color |
Yarn width: | 1.1mm (+/-0.1mm) |
Yarn weight: | 1600 gram per sq metre (+/-5%) |
U.V Stability: | Yarn is made to withstand Ultraviolet degradation |
Configuration
Pile height: | 40mm (+/-1mm) |
Stitch rate | 17 per 100mm (+/-1) |
Gauge | 3/8” |
Density | 17850 Knots/ m2 |
Roll dimension: | 2m x 25m, 3.75m x 25m & 4m x 25m |
Backing
No. of layers: | Triple & SBR Latex |
Material: | 100% heavy woven polypropylene backing |
Colour | Black |
Water permeability: | 60litres /m²/min (No sand) |
Infill
Dried Silica sand infill only, approx 5-8kg per m2
Warranty & Terms and Conditions
This product comes with a 15 year manufacturer’s warranty protecting the consumers’ product against UV protection failure, manufacturer’s workmanship, primary and secondary backing failure and unreasonable product deterioration under normal usage circumstances. This warranty does not cover misuses, negligence, incorrect installation methods or use of non specified chemicals on the surface.
Warranty Exclusion: Synthetic grass installed within 1.5m of glass fencing is not covered under this warranty. Any damages, wear, or issues arising from such proximity to glass fencing are not eligible for warranty claims. This is due to the extreme heat generated by the magnifying effect.