Laboratory reverse engineering of a varnish
Your need: reverse engineer a varnish and determine its chemical composition
What is a varnish?
First of all, before discussing the reverse engineering of a varnish, what exactly is a varnish? A varnish is a more or less viscous liquid composition used to protect, dye or improve the surface of an industrial product. It is essentially composed of a natural or synthetic resin in solution or dispersion in a plant-based or mineral solvent.
In addition, varnish has several characteristics, including transparency, gloss and resistance. These vary depending on the resin initially used.
When should a varnish be reverse engineered?
Varnishes consist of complex mixtures. Reverse engineering a varnish involves determining, through various chemical analysis;
- the nature of the components in the mixture
- the quantities of materials present in the varnish formulation
Reverse engineering a varnish may serve various industrial objectives, such as:
Industrial objectives
Compare the composition of your varnish with that of a competing product
Analyze and determine the composition of an unknown varnish
Analyze and identify contamination or an impurity present in the varnish
Check the composition of a varnish against its SDS
FILAB laboratory supports you with varnish reverse engineering
With over 30 years of experience, the FILAB laboratory excels in reverse engineering, particularly in the reverse engineering of varnishes, thanks to a cutting-edge analytical platform that enables each component to be identified accurately and quickly. Our experts deploy advanced technologies to analyze and understand varnish composition, providing reliable results and customized solutions.
Discover our polymer reverse engineering services
Quickly identify the nature of the main polymer (material sorting, basic quality control).
Quickly identify the nature of the main polymer (material sorting, basic quality control).
Determine the composition of the polymer matrix and understand its molecular structure (copolymers, thermal degradation, stability).
Identify the polymer and the presence/nature of mineral fillers.
Identify all organic constituents (polymer + additives).
Obtain the complete organic and mineral composition
Request a quote for polymer reverse engineering studies:
Easily compare our offers using the table below, which details the techniques included in each package to help you choose the one best suited to your needs.
Have a question? Simply fill out the form on the right to speak with our expert.
| FTIR | Py-GCMS | TGA | SEM-EDX | NVR | GC/MS | LC-HRMS | |
|---|---|---|---|---|---|---|---|
| PACK “Signature” | ✅ | ||||||
| PACK “Signature +” | ✅ | ✅ | |||||
| PACK “Structure” | ✅ | ✅ | |||||
| PACK “Insight” | ✅ | ✅ | ✅ | ✅ | |||
| PACK “ORGANIC ADDITIVES” | ✅ | ✅ | ✅ | ✅ | |||
| PACK “DEEP” | ✅ | ✅ | ✅ | ✅ | ✅ | ✅ | ✅ |
Our technical resources for varnish reverse engineering
How to perform varnish reverse engineering
The success of reverse engineering lies in a thorough understanding of the intended application and the implementation of rigorous analytical methods. These methods make it possible to characterize the chemical composition of the organic and mineral fractions.
Reverse engineering involves several key steps:
Target industries for varnish reverse engineering
FILAB’s expertise in varnish reverse engineering serves a wide range of advanced industries facing challenges related to the protection, insulation, or aesthetics of their surfaces. Our services apply in particular to the following sectors:
Microelectronics and electronics: for the analysis, testing, or reverse engineering of conformal coatings essential to protecting boards and components.
Aerospaceaeronautics, space space and defense : where coating compliance and thermal or chemical resistance are critical.
Automotiveautomotive and transportation: to validate the durability and uniformity of protective varnishes for bodywork or polymer parts.
Luxury luxury and cosmetics : for the development, quality control, or regulatory compliance of finishing varnishes or high-end packaging.
