Masonry mortar M100/600 Winter
Product description
Fescon Masonry Mortar M 100/600 Winter is a masonry cement based dry mortar. The maximum grain size is 3.0 mm.
- easy to use
- available in 9 standard colours
- good workability characteristics
- additional colours available to order
- frost-resistant
Applications
- bricklaying in the temperature range -15°C – +5°C
Vinkki! Vieritä taulukkoa sivuttain
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6416841330703
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MASONRY MORTAR 100/600 WINTER
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33070
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1000 kg
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Refer to the bag for how much water the plaster requires. Add the dry material to the water and mix with a concrete mixer for around ten minutes. With a power mixer or a drill paddle, around two to three minutes of mixing is sufficient. Let the plaster stand for around five minutes and mix it again for a short while. Find the correct consistency at this stage by gradually adding the rest of the water. We do not recommend adding all of the water right at the start. The finished plaster remains workable for around one hour.
Designed for brick masonry in the temperature range -15 - +5°C. Follow the instructions of the designers and official regulations in masonry work. National Building Code of Finland B8, Brick Structures. Instructions 2007. SFS handbook 176
Waste handling
Waste is collected mechanically and disposed of in accordance with local instructions. Hardened waste is handled as construction waste.
| Material usage |
approx. 1.2 kg/MRT
approx. 1.5 kg/NKH
approx. 1.7 kg/NRT |
| Water requirement |
3.0-3.5 l/25 kg |
| Finished compound |
13 - 14 l / 25 kg bag |
| Type |
powder |
| Colour |
as per colour chart |
| Maximum grain size |
3 mm |
| Package size |
1000 kg |
| Storage |
storage time in a dry location approx. 1 year |
| Lowest usage temperature |
-15°C |
| Workability time |
1 h |
| Strength class |
M 5 |
| Nominal shear resistance |
> 0.16 N/mm2 (avg) |
| Chloride content |
< 0,01 % |
| Water absorption by capillarity |
0.38 kg / (m2 *√min) |
The information is based on tests and practical experience. We cannot affect conditions at the work site so we cannot assume responsibility for the end result affected by local conditions.