Certified Application System
UCrete Heavy-Duty Flooring
A high-performance polyurethane concrete system engineered for extreme industrial environments with aggressive chemicals, high temperatures, and heavy loads.
Expected Lifespan More than 25 years under suitable conditions
Depends on: Layer thickness, Usage intensity, Execution quality
Total Thickness Ranges from 4 mm to 8 mm, depending on industrial activity type and floor condition.
Technical Preparation
We believe 90% of the final result depends on accurate mechanical surface preparation.
1
Detailed Assessment
- Process and load review
- Chemical exposure mapping
- Substrate condition report
2
Mechanical Preparation
- Heavy grinding or scarifying
- Edge detailing
- Joint treatment
3
Moisture and Bond Validation
- Moisture checks
- Adhesion readiness
- Final substrate approval
Execution Stages
We follow strict engineering standards to maximize adhesion, durability, and system performance.
Primer / Scratch Coat
As specified
- Stabilizes substrate
- Improves system bonding
UCrete Body
4-9 mm
- High impact resistance
- Thermal and chemical durability
Sealing Finish
As specified
- Performance lock-in
- Easier cleaning profile
Why Choose This System?
Common Use Cases
Food and beverage factories Pharmaceutical and medical product factories Chemical processing zones Heavy-duty warehouses Factories requiring high thermal and chemical resistance
Starts From
2400 EGP / m2
Up to 3000 EGP / m2
Full range: 2400 to 3000 EGP / m2 (approx.)
Final pricing depends on system type, thickness, and floor condition.
• Layer thickness
• Floor condition
• Project area
• Industrial activity type
Technical Considerations
Important NoteHigher cost than standard epoxy and self-leveling systems.
Must be installed by specialized technicians.
Not suitable for small projects or light-duty use.
Why We Mention These Points
We always match the flooring system to existing substrate type and usage conditions to ensure the best visual and technical performance.
Best-Practice Recommendations
Best for severe operating conditions
Use where shutdown costs are high and reliability is critical