GftKs vdw 815 Plus paving joint mortar consists of epoxy resin coated and bound sand that is mixed with a special reactive hardener to produce a free-flowing and self-compacting paving joint mortar that is wet-slurry applied with lots of additional water for high performance and extremely durable pointing / grouting in narrow joints (> 3 mm). It is designed for use with larger format natural stone paving together with good quality reconstituted stone and concrete flags / slabs.
Gftk Vdw 815 Plus is suitable for light to medium traffic loads such as on domestic and commercial patios terraces pathways and domestic driveways etc. This advanced paving joint technology is fast and extremely easy to apply as a self-compacting wet-slurry that is applied on to pre-wetted damp / wet surfaces. So there is also no waiting for the surfaces to dry or even the rain to stop - it can be applied in the rain and at lower temperatures (> 3°C/> 37.4°F). GftKs vdw 815 provides highly durable stain free surfaces even on sensitive natural stone such as Indian sandstone or coloured limestones with finishes that are easy to clean water permeable abrasion resistant - even mechanical sweeper resistant plus this jointing mortar is highly frost and de-icing salt resistant.
With GftKs vdw 815 Plus narrow paving joint mortar you get the optimum joint strength correlation (tensile - compressive - modulus) in a water dispersed and environmentally friendly product and finish.
Ideal for both paving professionals and competent DIYers.
Available in Natural (Sand) Stone Grey & Basalt (Dark Grey)
|Dimensions in mm||Approx in kg/m2 for joint widths|
Contractors must ensure that products are fit for purpose - if in doubt, please get in touch
Please note delivery prices are as accurate as possible at time of ordering, however this cost may be subject to change at any time due to weight/volume, fuel surcharges and location.
The administration team will contact you should any issue arise concerning delivery charges. Contact Arbour Landscape Solutions for more information.