Concrete industrial flooring

Without joints method

No joints. Less maintenance. More safety.

Longer life, fewer repairs, economic advantage
Elimination of maintenance costs related to joint deterioration
Higher transit speed for handling equipment

Moving from the need for a joint to a continuous solution

Industrial concrete floors are often made in one pour measuring 800–1,000 square metres, and then cut into equal-sided squares proportional to their thickness.
These cuts, made with diamond disc cutters, are called contraction joints (control joints) and serve to contain the deformations and stresses triggered by the volumetric shrinkage of the concrete mass, which loses most of its water content as it dries.
The joints are therefore the weak point of all floors because at the points where the joints intersect, the flooring tends to deform (curling), and cracks and fractures form over time. In addition, the joints are sensitive to heavy traffic from handling equipment.

ADVANTAGES

No more maintenance costs due to joint deterioration
Increased transit speed of handling equipment and reduced maintenance costs
A decrease in occupational illnesses caused by jolts and impacts
Resistance to abrasion and chemical agents

Our Technology

Prima Pavimenti lays seamless flooring on large surfaces using advanced technologies and specialist expertise.

Controlled shrinkage concrete

Design of the necessary concrete mix and reinforcement to eliminate shrinkage joints while maintaining structural stability and the highest quality standards.

Laser Screed

Vibro-screeding technology that removes air from concrete, creating more compact and resistant surfaces in less time: Laser Screed allows the use of S3 consistency concrete as an alternative to traditional S4-S5 consistency concrete, offering significant cost savings while ensuring greater resistance and quality.

Customised design

In the preliminary phase, Prima Pavimenti offers its specialised consultancy services for project design and analysis, taking care of the layout of the area to be paved and defining the optimal concrete mix design.