1 900 000 м²
of floor screed poured

The mechanized process of laying a concrete screed using Laser Screed and Spreader equipment allows achieving maximum installation accuracy, a perfectly even surface, and uniform density of the concrete floor across the entire pouring area.

Tilda Publishing

Semi-Dry Concrete Screed

Tilda Publishing

Semi-Dry Concrete Screed

Semi-dry concrete screed is one of the methods of laying an industrial floor screed, in which a special concrete mix with lower water content compared to traditional concrete screed is used.

What semi-dry concrete screed is used for:

1. Leveling the floor surface
Semi-dry concrete screed makes it possible to create an even base for installing various floor coverings, such as polymer or epoxy coatings for industrial floors.

2. Strengthening the concrete floor
By adding reinforcement to the concrete floor, such as steel mesh, rebar framework, or fiber, semi-dry screed increases the strength and stability of the industrial floor and prevents cracking.

3. Fast drying and hardening of the concrete floor
Lower water content in semi-dry screed reduces waiting time before applying protective coatings.

4. Less shrinkage settlement
Semi-dry concrete screed has less shrinkage, which reduces the risk of cracks and surface deformation of the concrete floor over time.
Work Cost
Semi-dry concrete screed is widely used in commercial and residential construction projects, as well as in renovations where it is necessary to create a high-quality and durable floor before installing floor coverings.
Tilda Publishing

Outdoor Concrete Screed

Tilda Publishing

Outdoor Concrete Screed

Outdoor concrete screed is the laying of a concrete floor screed in open areas, and its main purpose is to create a strong, even, and durable surface for outdoor use.

How we perform concrete screed works:

  1. Preparing the base. The floor surface on which the concrete screed will be laid must be clean, level, and dry, without oil stains, dust, or other contaminants.
  2. Installing formwork along the perimeter of the pouring area
  3. Installing waterproofing if necessary
  4. Preparing the concrete mix in accordance with project documentation requirements
  5. Laying the concrete screed using automated methods
  6. Compacting and leveling the concrete
  7. Drying and curing
  8. Performing quality control
Further processing and finishing are additional types of work that may include grinding, polishing, applying a protective coating, or installing polymer coatings.
Work Cost

Concrete Reinforcement

In addition to classical methods of reinforcing a concrete floor — rebar framework and road mesh — ALL-P Group offers fiber reinforcement technology for industrial concrete floors: micro and macro synthetic fiber and 4D steel fiber.
  • Polypropylene Fiber

    Thin and flexible polypropylene fibers are evenly distributed throughout the entire volume of concrete and are invisible after drying.
    They have a high frost-resistance rating.
  • Basalt Fiber

    Basalt fibers are characterized by high resistance to aggressive environments: acidic, alkaline, and salt solutions.
  • Steel Fiber

    Wire made of solid alloy steel with hooked ends strengthens the cement mix and concrete.
    It increases tensile strength as well as resistance to cracking and wear.