SikaTop®-109 Seal IN

High performance flexible acrylic cementitious waterproofing coating (Formerly SikaTop® Seal109 hi)

SikaTop®-109 Seal IN is an elastomeric, liquid applied, crack bridging, two part high performance acrylic polymer modified cementitious waterproofing coating system with high degree of flexibility. It comprises of a liquid polymer and a cement based mix incorporating special admixtures. It is applied to concrete and mortar to prevent water infiltration, particularly in demanding applications and difficult environments.

Usage

Waterproofing applications for various structures such as:

Packaging

Part A+B pre-batched                 50 kg set
Part A                                         20 kg container
Part B                                         30 kg bag

Advantages

Colour

Part A+B                                 mixed Grey slurry
Part A                                     White liquid
Part B                                     Grey powder 

Product Details

Chemical Base

Part A               Acrylic polymer
Part B                Portland cement with selected aggregates and additives

 

Shelf Life
12 months from date of production.

 

Storage Conditions
The product must be stored in original, unopened and undamaged sealed
packaging in dry conditions at temperatures between +10 °C and +35
°C. Liquid component must be protected from frost.

Application

Mixing ratio         Part A : Part B = 1 : 1.5 (by weight)

 

Fresh mortar density    ~1.65 kg/L (Part A+B mixed, +27 °C) (EN ISO 2811-1)

 

Layer                 Product Consumption

Base coat Sika  Top®-109 Seal IN           ~1 kg/m2
Top coat            SikaTop®-109 Seal IN    ~1.2 kg/m2

 

Layer thickness     ~1 mm in 2 coats

 

Ambient air temperature      +10 °C min. / +40 °C max.

 

Substrate temperature         +10 °C min. / +40 °C max.

 

Pot life                                 ~40 minutes (100 g mass, +27 °C)


BASIS OF PRODUCT DATA


All technical data stated in this Product Data Sheet are based on laboratory tests. Actual measured data may vary due to circumstances beyond our control.


 

 

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