super laykold® or super laycryl® reinforced with abe® membrane
A cold-applied, seamless waterproofing system: a rubberised bitumen or acrylic emulsion brushed or rolled on in coats, with abe® membrane bedded into the wet first coat. It suits flashings, valley gutters, parapets, roof screws on corrugated sheeting and re-waterproofing over existing systems, where a torched membrane is impractical.
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| System | Liquid-applied emulsion reinforced with abe® membrane |
|---|---|
| super laykold® | Rubberised bitumen emulsion, black, 47% volume solids, thixotropic paste |
| super laycryl® | Acrylic and rubberised bitumen emulsion, available in a range of colours |
| Drying (super laykold, 25 °C) | Touch dry approximately 1 hour, hard dry approximately 24 hours, full cure approximately 7 days |
| Priming | No separate primer required except on metal surfaces |
| Trafficability | super laycryl® system is for non-trafficable roofs |
| Minimum application temperature | Do not apply below 5 °C |
| Brand | a.b.e. Construction Chemicals |
| Availability | Common colours held in Gaborone Commonly specified colours held in Gaborone. Full colour range ordered on confirmation, typically 10 – 12 working days. |
Working days exclude weekends and Botswana public holidays, and run from order confirmation rather than from enquiry. Cross-border clearance can occasionally extend a delivery — we will tell you if it does. Tell us your programme date and we will work back from it. Lead times for a.b.e. Construction Chemicals are shown on the a.b.e. Construction Chemicals page.
| Total system — super laykold® | 2.1 litres per m² |
|---|---|
| super laykold® coats | Primer 0.25 ℓ diluted per m², first coat 0.75 ℓ/m², second coat 0.75 ℓ/m², final coat 0.6 ℓ/m² |
| Total system — super laycryl® | 2.1 litres per m² |
| super laycryl® coats | First coat 1.0 ℓ/m², second 0.5 ℓ/m², third 0.5 ℓ/m² at right angles to the second |
| super laycryl® priming | 0.1 ℓ mixed with 0.1 ℓ water primes approximately 0.75 m² |
| Membrane laps | Minimum 100 mm on end laps, 75 mm on side laps |
| Pack sizes | super laykold® 1 ℓ, 5 ℓ, 20 ℓ and 200 ℓ; super laycryl® 1 ℓ, 5 ℓ and 20 ℓ |
| Shelf life | 12 months in original packaging, dry and cool |
Note on quantities. The 2.1 litres per m² figure is for the complete system on a sound, smooth substrate. Porous, rough or previously coated surfaces consume more, and laps and detailing are extra. Confirm quantities against the current a.b.e. data sheets before ordering.
For architects, engineers and quantity surveyors writing this product into a specification or bill of quantities — the manufacturer's own wording:
Rubberised bitumen emulsion waterproofing system. The waterproofing compound shall be super laykold®, a single pack, elastic, rubberised bitumen compound applied in accordance with the manufacturer's recommendations, a.b.e.®
Reproduced from the a.b.e. Construction Chemicals technical data sheet. Confirm against the current issue before it goes into a tender document.
Manufacturer documents, reproduced as issued. Revisions change — confirm you have the current issue with us before writing it into a specification.
a.b.e. Liquid-Applied Waterproofing System is supplied and specified as a system. These are its parts and what each one does.
Black thixotropic paste, 47% volume solids, used with abe® membrane to form a seamless liquid system. 2.1 ℓ/m² for the full system. Suitable for potable water conditions. Supplied in 1 ℓ, 5 ℓ, 20 ℓ and 200 ℓ containers.
Data sheet ↓Highly flexible acrylic and rubberised bitumen emulsion reinforced with abe® membrane, available in a range of colours, for non-trafficable roofs. 2.1 ℓ/m² for the full system. Supplied in 1 ℓ, 5 ℓ and 20 ℓ containers.
Data sheet ↓Bedded into the wet first coat to reinforce the system. Minimum 100 mm end laps and 75 mm side laps.
Aluminium reflective coating over the cured system where heat gain or UV exposure matters. 6 – 8 m² per litre on bituminous surfaces.
Data sheet ↓The sequence this system is installed in.
Tell us the substrate, the area and the exposure and we will confirm whether this is the right system, what preparation it needs, and what it will cost.