Notes from the Field · Industrial Flooring ·
What Is Ucrete? The Polyurethane-Cement Heavy-Duty Flooring System
Meet Ucrete, the system that combines polyurethane resin with cement-based components: the properties that make it advanced, and when it is the right choice.
In an industrial facility, the floor is the structural element that quietly carries the full weight of the work above it: forklift traffic, spilled chemicals, washdown water, temperature swings and a production tempo that never pauses. Ucrete is a flooring system developed to carry the heaviest of these loads, combining polyurethane resin with cement-based components. In this article we explain what the system is, the properties that make it advanced, and the conditions under which it is the right choice.
The structure of the system
Also known in the industry as polyurethane cement or polyurethane concrete, this family is not a thin coat of paint; it is installed as a thick screed that becomes one with the floor. That is also the source of its durability: instead of a film sitting on the surface, it forms a dense, massive layer that works together with the concrete beneath it. The brand has been on the market for more than five decades; it was developed for many years under BASF, then moved to MBCC Group, and joined the Sika family in 2023. A product referred to as BASF Ucrete or MBCC Ucrete in an older specification is, by its current name, Sika Ucrete.
The properties that make it advanced
Four properties define Ucrete’s character.
Thermal shock resistance: Sudden temperature changes and washdowns with hot water and steam are the conditions where standard resin coatings struggle most. Ucrete is designed for these conditions; it preserves its integrity on floors where hot washdowns are routine.
Heavy mechanical load capacity: It offers a long service life under intensive forklift traffic, point loads and impact. Its thick, massive build carries the load through the layer rather than on the surface.
Chemical resistance: It withstands constant contact with oils, acids and aggressive cleaning chemicals. This is not only a need of chemical plants but of every operation that runs an intensive cleaning regime.
Hygienic surface: It provides a void-free, easy-to-clean surface that meets food-safety levels of hygiene; the same property finds its place in pharmaceutical, cosmetic and every clean-production facility.
The feature that makes the difference on site: working with fresh concrete
In industrial flooring projects, the most expensive item is often not the material but the production that stands idle. Traditional resin coatings usually require waiting periods measured in weeks for newly poured concrete to cure. The moisture-tolerant nature of polyurethane-cement systems brings this wait down to a matter of days; manufacturer documentation lists, as an indicative value, that this family can be applied to concrete around one week old. In practice this means a complete transformation from concrete pour to finished floor can fit into a narrow schedule window without being held up by a long curing wait. For facilities that cannot stop production for long, this is an advantage that can decide the system choice on its own.
Where is it used?
This set of properties makes Ucrete the floor of specific conditions rather than a specific sector. It is applied across a wide range, from food and beverage production to automotive, from pharmaceuticals and cosmetics to chemical plants, from industrial kitchens to cold storage rooms and logistics areas. The common denominator is this: when temperature, wetness, loads, chemical exposure or schedule pressure make demands on the floor at the same time, Ucrete enters the evaluation.
The budget reality
Ucrete is a top-segment system and its price reflects that. In a facility without demanding conditions, a well-engineered epoxy or polyurethane floor does the job more economically. When conditions are severe or the schedule is critical, the calculation changes: the production days gained and the extended service life pay back the price difference between systems on most projects. The right evaluation is made over total cost, not product price.
The decision is made on site
The system choice and thickness become clear after an on-site assessment: the condition and age of the concrete substrate, the processes running above it, the cleaning regime, the traffic and the window allowed for production downtime. As a Sika certified applicator we carry out the survey and recommend the system that fits the conditions and the budget. If you are evaluating a flooring system for your facility, you can explore our detailed Sika Ucrete systems page or get in touch to talk through your conditions.