The wear resistance of the surface finish is one of the most relevant aspects in evaluating parquet, especially in environments subject to frequent use.
Within Berti Lab, the Taber Test represents one of the most significant technical procedures for analyzing surface behavior over time and examining the quality of the finishing system applied to wood.
Through this verification, Berti studies the surface’s ability to maintain aesthetic continuity, protection, and reliability even when subjected to repeated stress.
What Is the Taber Test
The Taber Test is an internationally standardized test for evaluating the abrasion resistance of surface finishes.
The test is performed using equipment fitted with counter-rotating abrasive wheels that apply constant pressure to the finished surface. This makes it possible to simulate, under controlled conditions, stress comparable to progressive wear over time.
This process allows laboratory reproduction of typical daily use conditions, such as:
- continuous foot traffic
- friction from dust and particles
- movement of furniture and objects
During the test, the surface is subjected to a defined number of cycles and subsequently analyzed to evaluate:
- aesthetic variations
- loss of surface material
- finish alteration
- protective film resistance
The Berti LAB method
Berti integrates the Taber Test within its quality control process, applying it to internally developed finishing cycles.
The objective is not simply to verify theoretical resistance, but to understand how the surface reacts over time to repeated stress, thereby guiding work on protection, aesthetic continuity, and reliability in use.
Surfaces are tested using Extremestrong technology, a finishing system composed of multiple layers of high-resistance water-based varnishes, polymerized with UV technology.
⤷ Learn more about Treatments and Finishes for wood floors.
This approach enables the achievement of surface protection designed to:
- resist abrasion over time
- maintain aesthetic integrity
- reduce visible wear effects
The finishing cycle, structured in 7 layers, ensures uniform distribution of protection across the entire parquet surface.
This approach allows Berti to transform technical verification into product culture: a method based on observation, testing, interpretation of results, and continuous improvement.
Certified Taber Test results
Abrasion tests performed at independent laboratories (CATAS) confirm the high performance of Berti finished surfaces in terms of wear resistance.
The results obtained exceed the requirements of reference standards, both in residential and commercial settings.
In particular, Berti finishing cycles with Extremestrong technology achieve:
- up to 3,000 cycles for residential use
- up to 5,900 cycles for commercial use
Values that rank at the highest levels in the category, ensuring reliable performance even under intensive use conditions.
The wear resistance of the finish represents a key element in ensuring aesthetic continuity and reducing the need for maintenance over time.
More than a simple numerical value, the result is interpreted by Berti as part of a quality control process aimed at ensuring surfaces designed to maintain over time:
- reliability
- formal balance
- perceptual quality
- performance consistency
Why it is important
The durability of a wood surface depends not only on the raw material, but above all on the quality of the finishing system.
The use of standardized tests such as the Taber Test allows to:
- provide reliable data to designers and clients
- objectively evaluate performance
- compare different solutions
Through the application of the Taber Test, Berti confirms its commitment to developing high-performance parquet, designed to combine:
- finish resistance
- stability over time
- aesthetic enhancement of wood
An approach based on research, testing and quality control, aimed at ensuring reliability in every application context.
For Berti, the value of this test lies not only in the numerical result, but in the ability to integrate technical data into a broader vision of quality: a quality that combines research, control, and development.
The Finish as a Protection System
In surface behavior, the finish plays a central role.
Abrasion resistance, in fact, depends not only on the wood species, but on the quality of the surface treatment, its structure, and its ability to protect the parquet over time.
This is why the Taber Test is particularly useful: it allows measurable observation of how the surface reacts to progressive and repeated stress, highlighting the contribution of the finishing system to the overall durability of the floor.
In the case of Berti surfaces, this analysis is part of a broader vision aimed at combining:
- wear resistance
- stability of surface protection
- aesthetic continuity over time
- enhancement of the wood material
Areas of Application
Good abrasion resistance is an important aspect in all contexts where parquet is required to combine aesthetic quality and continuity of use.
For this reason, the Taber Test is particularly relevant in environments such as:
- high-traffic residences
- hospitality spaces
- contract environments
- commercial areas
- design contexts where surface durability is an essential requirement
The test helps to better understand the suitability of the surface in relation to its intended use and the expected level of stress.
Research, Verification, Development
Through the Taber Test, Berti confirms an approach to quality based on research, testing, and control.
Each test contributes to building deeper knowledge of the surface and its behavior, transforming technical analysis into a useful tool for product development.
In this perspective, abrasion resistance is not merely a technical characteristic, but an integral part of a vision in which parquet is conceived as a synthesis of material, performance, and design.