PRODUCT DESCRIPTION
SikaEmaco® T 1200 PG is a single component, fast setting and hardening pourable repair and bedding mortar that meets the requirements of class R4 according to EN 1504 part 3. SikaEmaco® T 1200 PG is a ready-to-use material that contains sulphate resistant Portland cement (HSR LA), hydraulic binders, well graded sands, specially selected polymer fibres (PAN – polyacrylonitryl) and special additives provide rapid strength build-up even at sub-zero temperatures, improved durability and unmatched low drying shrinkage. When mixed with water, SikaEmaco® T 1200 PG forms a mortar with a fluid or flowable consistency which can be easily applied by hand or machine from 10 mm up to 150 mm thickness.
USES
- Structural repair of horizontal concrete elements.
- Grouting pavement stones.
- Bedding small to large size manhole frames, using formwork.
- Fixing street furniture.
- Optimizing traffic management.
- Both internal and external use.
- Use in cold conditions or cold store rooms.
- Applications under the most difficult jobsite conditions where very short traffic disruption periods are required.
CHARACTERISTICS / ADVANTAGES
- Ultra rapid strength build-up, SikaEmaco® T 1200 PG can be opened to all traffic in just 2 hours (at +20 °C).
- Excellent application properties.
- Higher thickness possible with the addition of gravel.
- Flowable or fluid consistency for ease of application.
- Can be used at sub-zero temperatures as low as -5°C.
- Very high early and final strengths.
- Excellent adhesion and excellent durability.
- Extra low shrinkage and minimized cracking tendency due to constrained shrinkage by PAN fibres.
- Excellent freeze-thaw resistance.
- Very good reinforcement protection due to very low water absorption and good carbonation resistance.
- Very good skid resistance, even in wet conditions.
- High resistance to hydrocarbons.
- CE-certified according to EN 1504-3 class R4.
APPROVALS / STANDARDS
- CE-Certification according to EN 1504-3 class R4.
- Test report according to ASTM C 1202 (Standard Test Method for Electrical Indication of Concrete’s Ability to Resist Chloride Ion Penetration).
- Test report according to NT BUILD 492 (Chloride migration coefficient from non-steady-state migration experiments).
