A three component cementitious self levelling polyurethane floor
Polycrete® MD 3-5 mm is ideal for areas, which are subject to heavy mechanical or chemical wear. With high hygienic demands, such as industrial kitchens, bakeries, slaughter houses, dairies, breweries and generally in production industry and other areas.
- Excellent chemical resistance
- Resist 80°C water temperatures
- High abrasion resistance
- Seamless and hygienic finish
- Easy to clean and sterilise
- Low maintenance cost
- Anti slip finish if required
- Low odour during installation.
Polycrete® MD is a coloured smooth floor.
10 - 20 years.
To provide a medium to heavy duty floor finish with high temperature and chemical resistance. Typical uses are dry process areas with heavy traffic and impact and chemical exposure.
Temperature 10ºC to 30ºC., best 15 to 25ºC, max. moisture content in the concrete subfloor 5% by weight.
Resistance Polycrete® MD is resistant to temperature cycles up to 90ºC dry heat and 80ºC. wet heat. Extended periods at these temperatures and above will make material susceptible to chemical attack and abrasion wear.
See standard shades available in "Colour" range.
Polycrete® MD is not colour stable and may discolour on ageing especially light colours.
We recommend therefore darker colours such as Brown Beige, Tomato Red, Leaf Green and Stone Grey where this colour change hardly is noticeable. Product functionality will not be influenced by this.
Self levelling cementitious polyurethane screed.
|Chemical resistant||Smooth-or-Nonslip||Chock resistant|
|Extremely hard-wearing||Withstands heavy loads||Neutral oder and VOC free|
|Fast curing||Hygienic||Office chair|
Ulfcar Production Aps
EN 13813 SR-B1,5-AR1-IR4
Fire behavior: Bfl
|Fully cured @ 20°C||3 days|
|Applied thickness||3-5 mm|
|Water Permeability||Nil –Karsten test (impermeable)|
|Hardness||SHORE D 90|
|Compressive strength||59 MPa|
|Reaction to fire||Bfl - s1|
|Bond strength||>1.5 MPa|
|Temperature resistance||up to 80°C at 4 mm|
|Thermal expansion coefficient||<38 ppm|
|Abrasion resistance||50 mg / 1000 cycles (Taber Abrader)|
|Thermal conductivity||< 1.5 W/m·K|
|Slip resistance||R9 - R13|
|Food Contact||No contamination|