PFAS-Free Silicone Coatings
Performance-Driven Surface Solutions Without PFAS
Application-driven silicone coating solutions developed around your substrate, operating conditions, curing process and required surface performance.
Why PFAS-Free Silicone
Replacing a coating system is not only a material decision. Yuxin develops silicone coating solutions around the surface performance, application process and documentation your project requires.
Silicone coating formulations developed without intentionally added PFAS, with product status and supporting documents confirmed by selected grade.
Formulation work considers heat exposure, adhesion, hardness, release, cleanability and surface appearance from the beginning.
Substrate preparation, spray method, curing conditions and existing production-line requirements are considered during coating selection.
Final recommendations are based on the selected product grade, substrate and validated application requirements.
Coating Selection
Good coating selection begins with your production reality. We evaluate five connected inputs before recommending a starting formulation for sample testing.
Base material, surface condition and pretreatment route.
Continuous or intermittent heat, contact environment and duty cycle.
Release, cleanability, hardness, adhesion and required finish.
Spray method, target film build and existing line conditions.
Available oven temperature, dwell time and production limits.
A practical starting point for application trials and project-specific validation.
Final coating recommendations are confirmed through sample application and project-specific testing.
Performance Validation
Coating results depend on the formulation, substrate, pretreatment, film build and cure. Yuxin evaluates the selected system under defined conditions so performance can be reviewed in context—not as an isolated claim.
Exposure profile is defined around the intended temperature, duration and duty cycle.
Adhesion is assessed on the selected substrate and pretreatment after the specified cure.
Surface response is measured against handling, processing and service requirements.
Wear is evaluated using an agreed test method and project-specific acceptance criteria.
Surface behavior is reviewed against the intended contact, use and cleaning conditions.
Appearance, film build and repeatability are monitored across evaluated samples.
Test methods, acceptance criteria and available reports are confirmed according to the selected product grade and project requirements.
Key Applications
PFAS-free silicone coating solutions developed around the substrate, heat exposure, surface requirement and production process of the finished component.
PFAS-free silicone coating solutions developed around release, cleanability, heat exposure and surface appearance.
For air fryers, grills, ovens and other heated appliance components.
Application-specific systems for parts requiring heat resistance, adhesion and consistent surface performance.
Application fit and final coating direction depend on the selected grade, substrate, pretreatment, cure and validated performance requirements.
Application Development
A focused development path connects your application requirements with formulation work, validation and production implementation.
Review the substrate, end-use conditions, target performance, production process and documentation requirements.
Select or adjust the silicone coating direction and prepare samples for application evaluation.
Evaluate cure, adhesion, appearance, heat resistance and other project-specific performance requirements.
Support process adjustment, approved-sample transfer and stable production implementation.
Development scope, validation steps and deliverables are confirmed according to the selected product grade and project requirements.