Your need: to perform mechanical sliding test to characterize your materials and assess the risks of failure
Secure your surfaces: expertise in laboratory slip resistance test
The slip resistance of a material or surface is a key parameter in many industrial environments. It directly influences user safety, product performance, and regulatory compliance.
At the FILAB laboratory, mechanical slip resistance tests allow for the precise characterization of a surface’s tribological behavior in order to evaluate its level of adhesion or friction.
These tests provide reliable data for validating a product, comparing materials, or understanding the origin of a functional defect.
Slip resistance tests performed in the laboratory
Mechanical tests allow the determination of various tribological parameters:
Measurement of the coefficient of friction
The tests consist of measuring the resistance to sliding between two surfaces in contact.
The results allow us to determine, in particular:
- the coefficient of static friction (initial movement)
- the coefficient of dynamic friction (sliding during movement)
These parameters are essential for evaluating a surface's ability to adhere or slide under defined conditions.
Simulation of usage conditions
Tests can be carried out under various conditions representative of real-world environments:
- dry or wet surfaces
- presence of contaminants or lubricants
- varying applied load
- different contact materials
These tests allow for the reproduction of real-world operating conditions for a product or coating.
Industrial applications of sliding tests
Evaluation of the adhesion of surfaces handled or in contact with the user.
Characterization of the sliding properties of films, caps or polymer materials.
Analysis of coatings, plastics or contact elements subjected to friction.
Contrôle de la sensation tactile et de la fonctionnalité des surfaces.
Comparison of innovative surface treatments or materials.
Standards and regulations for slip resistance testing
ISO 8295: measurement of the static and dynamic coefficient of friction of plastic films and sheets.
EN 13893: allows for the evaluation of the slip resistance of floor coverings in indoor environments.
ASTM D1894: allows measurement of the static friction coefficient and the kinetic friction coefficient
FILAB assists you in carrying out mechanical sliding tests on your materials
Why choose FILAB for your laboratory mechanical sliding tests?
FILAB laboratory, a specialist in characterization of materials, has the know-how and analytical equipment to support you in carrying out slip tests.
Our mechanical testing services
Tensile test: part and specimen
Hardness measurement for mechanical penetration resistance
Load holding test
Our FAQ
Performing mechanical tests on your materials allows you to better understand the various failures to which they may be subject. Indeed, mechanical testing has the advantage of testing the limits of your materials in order to optimize them:
- evaluating the resistance and reliability of materials under external stresses,
- determining physical characteristics and mechanical properties,
- identifying defects and potential failure zones, and
- optimizing production and material performance by providing precise data on behavior under different types of loads.
Therefore, conducting mechanical tests helps limit the risks of breakage, cracking, and degradation of your materials. This is why the support of an expert materials laboratory for performing mechanical tests is a considerable asset in optimizing your materials.
A slip resistance test measures the resistance to sliding between two surfaces in contact.
This test is generally based on measuring the coefficient of friction, which characterizes the adhesion or sliding ability of a material, coating, or finished product.
The results allow for the evaluation of the tribological behavior of a surface under defined conditions.
During a sliding test, two parameters can be measured:
- The static friction coefficient: this corresponds to the force required to initiate movement between two surfaces.
- The dynamic friction coefficient: this corresponds to the resistance to sliding once movement has already begun.
These two values allow for a more precise characterization of a material's behavior during contact or movement.
Slip resistance tests allow you to:
- verify the safety of a surface or product
- compare different materials or surface treatments
- check compliance with a standard or specifications
- understand the origin of a friction or wear problem
- validate the performance of a coating or assembly
These tests are often carried out as part of product development, quality control, or failure investigation.
Testing can be performed on many types of materials:
- polymers and plastics
- metals and alloys
- technical coatings
- composite materials
- films and packaging
- treated or textured surfaces
Testing can also be carried out directly on parts or finished products.
Yes. Tests can be adapted to simulate real-world product usage conditions.
Specifically, it is possible to vary:
- the applied load
- the sliding speed
- the nature of the contact surfaces
- the surface condition (dry, wet, lubricated)
- the presence of contaminants
These parameters allow for results that accurately reflect the material's actual behavior.
To obtain a quote, you can contact our team via our contact form, by phone, or by email.
Simply tell us your requirements (type of material, desired analysis, applicable standards, urgency, quantity of samples, etc.). We will then send you a personalized technical and pricing proposal within 24-48 hours.
Turnaround times vary depending on the nature of the analysis and the complexity of the expert assessment project.
However, FILAB is committed to providing fast turnaround times tailored to your industrial constraints and urgent needs.
