Sika Ucrete UD 200, Slip-Resistant Hygienic Floor Screed, Interior
SIKA
Sika is a global leader in specialty chemicals for the construction and industrial sectors. The company develops and supplies innovative products and systems for bonding, sealing, damping, reinforcing, and protecting structures. With a strong focus on sustainability and performance, Sika serves a wide range of applications including concrete production, waterproofing, roofing, flooring, and structural strengthening.
Read more| Hygienic, slip-resistant, heavy-duty polyurethane floor screed Sika Ucrete UD 200 is a lightly textured, heavy-duty resin floor with very good resistance to aggressive chemicals, heavy impact and temperatures up to +150 °C.
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UsageSika Ucrete UD 200 is used as a wearing layer screed for Sika Ucrete flooring systems. Sika Ucrete UD 200 is used within wet and dry process areas including the following application areas:
Advantages
PackagingRefer to the current price list for available packaging variations. Colour
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Technical Information Compressive Strength Cured 28 days at +23 °C 55 N/mm² Modulus of Elasticity in Compression 3250 MPa (EN 12447) Flexural Strength Cured 28 days at +23 °C 14 N/mm² Tensile Strength Cured for 28 days at +20 °C 6 MPa Tensile adhesion strength > 2.0 N/mm² (concrete failure) (EN 1542) Coefficient of Thermal Expansion 4 × 10-5 °C-1 (ASTM C531) Skid / Slip Resistance Class R 11 PTV, slider 96 40-45 wet conditions Service Temperature Thickness Minimum Maximum Occasional spillage 6 mm -25 °C +80 °C - 9 mm -40 °C +120 °C - 12 mm -40 °C +130 °C +150 °C Water permeability Sika Ucrete UD 200 exhibits zero absorption when tested to CP.BM2/67/2. Chemical Resistance Laboratory-defined resistance to many individual chemicals. Before proceeding, contact Sika Technical Service for specific information. Reaction to Fire Class Bfl-s1 (EN 13501-1) | ||||||||||||||||||||||||||||||||||
Application Information Layer Thickness ~6–12 mm Product Temperature
Ambient Air Temperature
Substrate Temperature
Curing Time
Note: Times are approximate and will be affected by changing ambient and substrate conditions. |