Sikafloor® MultiDur ES-11
Low odour, fast curing epoxy, coloured roller coat flooring system
Sikafloor® MultiDur ES-11 is a low odour fast curing, smooth, coloured, rigid flooring coating system based on epoxy resins. It provides a hard wearing, low maintenance gloss finish.
- Fast curing.
- Good mechanical resistance.
- Good impact resistance.
- Good yellowing resistance.
- Very good blush resistance.
- Low VOC emissions.
- Low odour.
- Low maintenance.
System Structure
Usage
The System is used in industrial buildings such as:- Logistics facilities and warehouses.
- Manufacturing facilities and workshops.
- Service facilities.
- The System may only be used for interior applications.
Advantages
- Fast curing.
- Good mechanical resistance.
- Good impact resistance.
- Good yellowing resistance.
- Very good blush resistance.
- Low VOC emissions.
- Low odour.
- Low maintenance.
Colour
Cured system colour | Standard colors are RAL 7032 and RAL 7035, others on request. |
Appearance
Smooth, gloss finish
System Details
APPROVALS / STANDARDS
-
Fire Classification Report EN 13501-1, Ghent University, No. CR 22-0095-01.
System Structure
Sikafloor® MultiDur ES-11
| Layer | Product |
| 1. Primer | Sikafloor®-1590 + Sikafloor®-54 Booster |
| 2. Wearing layer | Sikafloor®-2650 + Sikafloor®-54 Booster |
Curing of both products can be accelerated by adding Sikafloor®-54 Booster
Composition
Epoxy
Nominal thickness
0.6 mm to 0.8 mm
Tensile adhesion strength
≥ 1.5 MPa | (EN 1542) |
Reaction to Fire
Class Bfl-s1 | (EN 13501-1) |
Application
Ambient Air Temperature
Maximum | +30 °C |
Minimum | +8 °C |
Relative Air Humidity
Maximum | 80 % r.h. |
Dew Point
Refer to the individual Product Data Sheet.
Substrate Temperature
Maximum | +23 °C |
Minimum | +8 °C |
Substrate Moisture Content
Refer to the individual Product Data Sheet.
Waiting Time / Overcoating
Before applying Sikafloor®-2650 on Sikafloor®-1590 allow:
| Temperature | Minimum without Sikafloor®-54 Booster | Maximum without Sikafloor®-54 Booster |
| +8 °C | ~8 hours | ~3 days |
| +10 °C | ~6 hours | ~3 days |
| +15 °C | ~5 hours | ~48 hours |
| +23 °C | ~3 hours | ~24 hours |
| Temperature | Minimum with 2 % Sikafloor®-54 Booster | Maximum with 2 % Sikafloor®-54 Booster |
| +8 °C | ~7 hours | ~3 days |
| +10 °C | ~5 hours | ~3 days |
| +15 °C | ~4 hours | ~48 hours |
| +23 °C | ~2 hours | ~24 hours |
| Temperature | Minimum with 4 % Sikafloor®-54 Booster | Maximum with 4 % Sikafloor®-54 Booster |
| +8 °C | ~6 hours | ~3 days |
| +10 °C | ~4 hours | ~3 days |
| +15 °C | ~3 hours | ~48 hours |
Note: Times are approximate and will be affected by changing ambient conditions, particularly temperature and relative humidity.
Applied Product Ready for Use
WITHOUT SIKAFLOOR®-54 BOOSTER ADDED
| Temperature | Foot traffic | Light traffic | Full cure |
| +8 °C | ~11 hours | ~16 hours | ~36 hours |
| +10 °C | ~8 hours | ~14 hours | ~24 hours |
| +15 °C | ~6 hours | ~7 hours | ~18 hours |
| +23 °C | ~4 hours | ~6 hours | ~8 hours |
2 % SIKAFLOOR®-54 BOOSTER ADDED
| Temperature | Foot traffic | Light traffic | Full cure |
| +8 °C | ~10 hours | ~14 hours | ~26 hours |
| +10 °C | ~7 hours | ~10 hours | ~18 hours |
| +15 °C | ~5 hours | ~6 hours | ~12 hours |
| +23 °C | ~3 hours | ~3 hours | ~6 hours |
4 % SIKAFLOOR®-54 BOOSTER ADDED
| Temperature | Foot traffic | Light traffic | Full cure |
| +8 °C | ~9 hours | ~12 hours | ~24 hours |
| +10 °C | ~6 hours | ~8 hours | ~12 hours |
| +15 °C | ~4 hours | ~5 hours | ~8 hours |
Note: Times are approximate and will be affected by changing ambient conditions, particularly temperature and relative humidity.
Consumption
Layer | Product | Consumption |
Primer | Sikafloor®-1590 + Sikafloor®-54 Booster | 1–2 × 0.35-0.55 kg/m² + max 4 % Sikafloor®-54 Booster |
Wearing layer | Sikafloor®-2650 + Sikafloor®-54 Booster | 1 × 0.4–0.5 kg/m² + max 4 % Sikafloor®-54 Booster |
Note: Consumption data is theoretical and does not allow for any additional material due to surface porosity, surface profile, variations in level, wastage or any other variations. Apply product to a test area to calculate the exact consumption for the specific substrate conditions and proposed application equipment.