Sikalastic®-701

• CE Marking and Declaration of Performance to European Technical Assessment ETA-20/0248, based on ETAG 005 Part 1 and Part 6 — Liquid applied roof waterproofing kits. Part 1: General. Part 6: Specific stipulations for Kits based on Polyurethane
• Fire Testing EN 13501-1, Sikalastic®-701, Sikalastic®-702, warringtonfire, Report No.19896B
• Fire Testing EN 13501-5, Sikalastic®-612, BRE, Report No.Q100536-1001
• Fire Testing EN 13501-5, Sikalastic®-614, BRE, Report No.Q100536-1003
• Abrasion resistance AR0.5(Special), Sikalastic®-614/701, FACE, Test report No. FC/18/8048
• Abrasion resistance AR0.5(Special), Sikalastic®-701, Sikalastic®-702, FACE, Test report No. FC/18/8048
• Sikalastic-701 is listed on the Hong Kong Eco-Product Directory as environmentally friendly product choice for green building initiatives. (Application No : PL-00948-2021)

Elastomeric Polyurethane/Hybrid

12 months from date of production

Store properly in original, unopened and undamaged packaging, in dry and cool conditions. Avoid store in direct sun light.

Value at +23 °C

<20 g/L

Sikalastic®-701 can be used with the following:

1-Part PU cold applied Systems

Sikalastic®-612 / Sikalastic®-614 / Sikalastic®-618

2-Part Aromatic PU/PUA cold applied Systems

Sikalastic®-702

2-Part PU/PUA hot spray applied Systems

Sikalastic®-851 R / Sikalastic®-838 R / Sikalastic®-835 I /

Sikalastic®-8800 / Sikalastic®-870BT

Refer to the following System Data Sheets:

SikaRoof® PUR / SikaRoof® MTC / SikaRoof® PUA Roof

Waterproofing Systems

Resistant to many chemicals. Contact Sika Technical Service for additional information.

Part A : Part B = 80 : 20 (by volume)

+2 °C min. / +40 °C max.

Beware of condensation.
The substrate and uncured applied  membrane must be at least +3 °C above dew point to reduce the risk of condensation or blooming on the membrane finish.

+2 °C min. / +40 °C max.

Refer to Product Data Sheet of the appropriate base layers

1 hour at +20 °C

Pot life will decrease at higher temperatures and increase at lower temperatures.

Times are approximate and will be affected by changing ambient conditions particularly temperature and relative humidity.

Times are approximate and will be affected by changing ambient conditions particularly temperature and relative humidity.

~0.25 kg/m² to 0.30 kg/m² applied in a single coat

Confirm waiting /overcoating time has been achieved on the previously applied system base layer. The base layer must be clean, dry and free of all contaminants such as dirt, oil, grease, coatings and loose material. If dust exists on the surface, it must be completely removed before application of the product, preferably by vacuum extraction equipment.

If the maximum overcoating time of the base layer is exceeded, the surface must be lightly abraded using light abrasive manual tools or mechanical equipment to roughen the surface. Depending on the type of base layer, a solvent wipe may also be required. Finally, completely remove all the dust by vacuum extraction equipment.

Prior to mixing all parts, mix separately Part A (resin) using an electric single or double paddle mixer and stirrer (300 to 400 rpm) or other suitable equipment. Mix liquid and all the coloured pigment until a uniform colour / mix has been achieved. Add Part B (hardener) to Part A and mix Part A + B continuously for 3 minutes until a uniformly coloured mix has been achieved. Mix full units only. Mixing time for A+B = ~3 minutes.

Apply mixed product in 1 coat by roller, brush or spray equipment to achieve a consistent thickness and required surface finish.

Clean all tools and application equipment with water immediately after use.  Hardened material can only be removed mechanically or with a proprietary paint stripper.