Sika® Ucrete® DP10 AS Gloss
Heavy-duty, antistatic, gloss finish, polyurethane floor system with a defined profile
Sika® Ucrete® DP10 AS Gloss is a heavy-duty, antistatic polyurethane flooring system with a defined profile for slip resistance. It has a gloss finish and provides very good resistance to aggressive chemicals, heavy impact and high temperatures.
- Expert installation by fully trained and licensed applicators
- Suitable for application on to 7-day-old concrete and 3-day-old polymer screed
- Resistant to bacterial or mould growth
- Electrostatically conductive
- Very good mechanical resistance
- Impermeable to liquids
- Very good temperature resistance
- Very good resistance to staining from a specific range of chemicals and food industry products
- Non-tainting from the end of mixing
System Structure
Usage
Sika® Ucrete® DP10 AS Gloss is used within wet and dry process areas including the following application areas:- Food and beverage facilities
- Pharmaceutical facilities
- Chemical and processing facilities
- Defence estates
- Electronic facilities and data centres
Advantages
- Expert installation by fully trained and licensed applicators
- Suitable for application on to 7-day-old concrete and 3-day-old polymer screed
- Resistant to bacterial or mould growth
- Electrostatically conductive
- Very good mechanical resistance
- Impermeable to liquids
- Very good temperature resistance
- Very good resistance to staining from a specific range of chemicals and food industry products
- Non-tainting from the end of mixing
Colour
Red, Orange, Yellow, Bright Yellow, Cream, Grey, Light Grey, Green, Light Green, Green/ Brown, Blue.
Appearance
Gloss
System Details
APPROVALS / STANDARDS
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Halal Certification Europe (HCE), Sika® Ucrete®, WHFC, Certificate No. 21453-2/1/1/Y1
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Food and Beverage Facilities Suitability, Sika® Ucrete®, HACCP, Test Report No. I-PE-769-SA-2-RG-06b
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Indoor Air Comfort Gold EN 16516, Sika® Ucrete®, eurofins, Certificate No. IACG-321-01-01-2023
System Structure
Sika® Ucrete® DP10 AS Gloss
| Layer | Product | |
| 1. | Earthing connection | Copper tape |
| 2. | Base layer | Sika® Ucrete® BC 6 AS |
| 3. | Broadcast | Sika® Ucrete® F5 AS |
| 4. | Top coat | Sika® Ucrete® TC Gloss |
Composition
Water-based polyurethane cement hybrid
Compressive Strength
Cured 28 days at +23 °C | 54 N/mm² |
Modulus of Elasticity in Compression
5000 MPa | (BS 6319-6) |
Flexural Strength
Cured 28 days at +23 °C | 14 N/mm² |
Tensile Strength
Cured for 28 days at +20 °C | 7 MPa |
Tensile adhesion strength
> 2.0 N/mm² (concrete failure) | (EN 1542) |
Coefficient of Thermal Expansion
4 × 10-5 °C-1 | (ASTM C531) |
Reaction to Fire
Class Bfl-s1 | (EN 13501-1) |
Skid / Slip Resistance
PTV, 4S rubber | 45–50 wet conditions |
Class | R 11 |
Electrostatic Behaviour
Resistance to ground | RG< 1 × 106 Ω |
Resistance to ground | RG< 1 × 106 Ω |
Body voltage generation | < 100 V |
Resistance of person to earth | < 35 MΩ |
Note: Measurement results can be affected by ESD clothing, ambient conditions, measurement equipment, cleanliness of the floor and the test personnel.
Application
Ambient Air Temperature
Maximum | +30 °C |
Minimum | +12 °C |
Dew Point
Refer to the individual Product Data Sheet.
Substrate Temperature
Maximum | +30 °C |
Minimum | +12 °C |
Substrate Moisture Content
Refer to the individual Product Data Sheet.
Note: Epoxy primers are not suitable for application onto a high substrate moisture content.
Applied Product Ready for Use
The floor can be returned to service after 24 hours.
Note: Times are approximate and will be affected by changing ambient and substrate conditions.
Consumption
Layer | Product | Consumption |
Earthing connection | Copper tape | Maximum distance 10 m between strips |
Base layer | Sika® Ucrete® BC 6 AS | 10–12 kg/m2 |
Broadcast | Sika® Ucrete® F5 AS | 5 kg/m2 |
Top coat | Sika® Ucrete® TC Gloss | 0.4–0.6 kg/m2 |
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 the Product to a test area to calculate the exact consumption for the specific substrate conditions and proposed application equipment.