BERTI LAB: research and testing for wood surfaces
The advanced Berti laboratory dedicated to the
study of wood surface performance.
At Berti Lab, production experience, applied research, and design culture converge to deepen the understanding of wood surface behavior and guide its development.
Through specific tests and targeted technical verifications, we analyze the response of finishes to wear, liquids, scratches, and impacts, with the goal of seeking an increasingly advanced balance between aesthetics, reliability, and durability.
What is Berti Lab
Berti Lab is the space where quality is observed, verified, and developed.
Not just a technical laboratory, but an approach that accompanies the evolution of wood surfaces through analysis, testing, and control.
Every test contributes to expanding the knowledge of the material and its performance, transforming production know-how into a concrete vision of the product: more informed, more solid, and more consistent with Berti quality standards.
A research method applied to the surface
The quality of a surface is expressed not only in its aesthetic yield but also in its ability to maintain its characteristics over time.
For this reason, Berti Lab develops targeted tests that allow for the analysis of finish behavior under controlled conditions, simulating situations attributable to the daily experience of environments.
The tests thus become a tool for both verification and design: a useful technical basis for studying the performance of wood surfaces and supporting their evolution over time.
Taber Test
The Taber Test is one of the primary methods used to measure the abrasion resistance of the varnish applied to the parquet.
Through a system of rotating discs, the test simulates continuous foot traffic and allows for the evaluation of the finish’s durability over time.
This test is fundamental for verifying the varnish’s ability to protect the surface and maintain performance and aesthetics even in high-traffic environments.
Liquid Resistance
Liquid Resistance is an essential parameter for evaluating the effectiveness of the protective varnish.
Surfaces are subjected to contact with everyday substances such as water, wine, coffee, and detergents, to verify the finish’s ability to prevent stains and infiltration.
This test ensures effective protection of the wood and greater safety in daily use.
Scratch Test
The Scratch Test measures the resistance of the surface finish to marks and abrasions caused by daily use.
This analysis allows for the evaluation of the varnish quality and the ability to preserve the original appearance of the parquet over time.
An essential step in assessing how well a surface can maintain its elegance even during daily use.
Impact Test
The Impact Test evaluates the resistance of the varnish to accidental impacts, simulating objects falling onto the surface. Through controlled tests, the finish’s ability to absorb and distribute the impact is analyzed, protecting the parquet without compromising its integrity. A fundamental parameter to guarantee resistant surfaces capable of preserving performance and aesthetics over time, even under real-use conditions.
Research, control, and development
Berti Lab’s activities are part of a broader journey of research and quality control, where every test contributes to building a deeper knowledge of wood surfaces.
Tests can be developed internally or with the support of specialized laboratories, integrating manufacturing expertise, analytical methods, and qualified technical comparison.
In this way, experimentation becomes an integral part of the product culture: a process that allows Berti to interpret quality as a synthesis of design vision, technical precision, and long-term reliability.
Frequently Asked Questions about Parquet Testing
Why is testing a wood surface so important?
Testing a wood surface means going beyond the mere aesthetic evaluation of the product and delving into its behavior over time. A finish, in fact, is not only called upon to enhance the parquet from a visual standpoint, but also to protect it under daily use conditions.
Through specific tests, it is possible to objectively observe the surface’s response to wear, contact with liquids, scratches, and impacts, obtaining useful indications to evaluate its reliability, performance balance, and qualitative consistency.
What do the tests developed in Berti Lab measure?
The tests developed in Berti Lab investigate the main stresses to which a wood surface may be subjected over time. Some tests analyze abrasion resistance and thus the finish’s ability to remain stable despite foot traffic and continuous use; others verify the behavior of the surface in contact with everyday liquids; still others evaluate the resistance to surface scratches or accidental impacts.
Taken together, these tests allow for the construction of a broader and more precise knowledge of surface performance.
Do the tests reproduce real-use situations?
The tests are performed under controlled conditions, using technical methodologies designed to simulate stresses attributable to daily experience in various environments. Naturally, a laboratory test does not absolutely replicate every possible real-world condition, but it constitutes an extremely useful tool for observing and comparing surface behavior in a measurable, consistent, and repeatable way. For this reason, the tests represent an important technical basis for performance development and verification.
Does surface resistance also affect the aesthetic value of the parquet?
Yes, decisively. The aesthetic quality of a wood surface depends not only on the choice of wood species, processing, or finish, but also on the parquet’s ability to preserve its visual balance over time.
A surface that reacts better to wear, liquids, marks, and impacts maintains continuity, formal cleanliness, and perceived quality for longer. For this reason, at Berti Lab, performance is not considered an aspect separate from aesthetics, but rather its natural extension.
Are tests alone sufficient to guarantee the durability of the parquet?
Tests represent an important technical reference, but they do not alone account for all the factors that affect the overall durability of a wood floor. The longevity of a surface also depends on the quality of the installation, environmental conditions, maintenance, and methods of use.
However, the tests developed in Berti Lab allow for an objective exploration of surface behavior and constitute an essential step in guiding product development toward high standards of reliability and performance continuity.
Is Berti Lab only a technical laboratory?
Berti Lab is first and foremost an approach to quality. It is the place where research, technical verification, and design culture meet to deepen the understanding of wood surface behavior and accompany its evolution.
The tests are certainly a central component, but the meaning of Berti Lab is broader: transforming technical analysis into material knowledge, product vision, and consistent performance development. In this sense, the laboratory becomes an integral part of the Berti identity.
How does Berti Lab contribute to product development?
Berti Lab contributes to product development by offering a concrete technical basis on which to observe, interpret, and refine surface behavior. Every test adds a level of knowledge useful for evaluating the consistency between aesthetic result, surface protection, and usage expectations.
This allows for more informed choices regarding finishes and strengthens a development process in which manufacturing, research, and quality control proceed in an integrated manner.