ALL-P Group has completed a comprehensive project for the installation of fiber-reinforced concrete floors at the new production facility of TechnoNICOL, the largest manufacturer of construction materials in the CIS.
The project included two types of structures:
1. Production Area
A 200 mm thick concrete slab made of M400 (B30) grade concrete was poured using Dramix 4D steel fiber. This solution provided high flexural strength, uniform spatial reinforcement of the concrete, and significantly reduced construction time.
A 200 mm thick concrete slab made of M400 (B30) grade concrete was poured using Dramix 4D steel fiber. This solution provided high flexural strength, uniform spatial reinforcement of the concrete, and significantly reduced construction time.
2. Outdoor Loading Area
For the exterior zone, a concrete screed was installed using PTB polypropylene fiber and “brushed” concrete technology—a mechanically treated surface with enhanced traction for wheeled machinery and increased resistance to abrasive wear. This type of surface is ideal for areas with constant movement of heavy transport.
For the exterior zone, a concrete screed was installed using PTB polypropylene fiber and “brushed” concrete technology—a mechanically treated surface with enhanced traction for wheeled machinery and increased resistance to abrasive wear. This type of surface is ideal for areas with constant movement of heavy transport.
Key Advantages of the Implemented Solutions:
- Increased load-bearing capacity and resistance to dynamic loads
- Reduced risk of cracking
- Protection against capillary moisture and thermal deformation
- Accelerated construction timelines due to fiber reinforcement
- Improved traction and wear resistance in the outdoor area
All works were carried out in strict compliance with international standards: DIN 18202 (Germany), TR34 (UK), SNiP 2.03.13-88 (Russia), as well as internal technological regulations of All-P Group. This included compliance with flatness deviation tolerances, requirements for expansion joints, and load-bearing parameters based on the expected operational loads.
The flooring is now fully ready for use under high-intensity logistics operations.
