Non-Stick Polymer Coatings Superior non-stick and low-friction performance: efficient surfaces for every application
Non-stick coatings prevent the adhesion of solid or liquid substances to treated surfaces. Used across various industrial sectors, they improve process efficiency and ensure uninterrupted operations.
Gaser Group applies non-stick coatings to steel, aluminum, stainless steel, light alloys, brass, composites, and plastics, using specific thermal cycles adapted to the service environment.
These coatings are used in the food, packaging, printing, plastics & rubber, automotive, general engineering, furniture, and medical sectors, where low adhesion, non-stick properties, clean release and PFAS-free compliance are required.
Ideal for components exposed to mechanical, chemical, or thermal stress, especially in food-contact applications where non-stick performance and PFAS-free compliance are required.
Benefits of Non-Stick Coatings
Long-lasting non-stick effect
Drastically reduces adhesion of plastics, adhesives, resins, inks, even at high temperatures.
Food-contact compliant and PFAS-free non-stick performance
Ensures reliable non-stick behavior in compliance with food contact regulations and PFAS-free standards, ideal for trays, molds, and processing components.
Increased operational efficiency
Minimizes buildup and unplanned downtime, allowing multiple production cycles without intermediate cleaning.
Chemical protection
Fluorinated and ceramic coatings resist aggressive substances, oils, greases, solvents, and industrial detergents.
Application versatility
Capable of coating complex, microperforated, or large surfaces, even with tight tolerances.
Customizable finishes
Gloss level, color, texture, and coating thickness can be tailored to the application, ensuring both functional and aesthetic results.
Long-lasting protection against chemicals and harsh environments
Drastically reduces adhesion of plastics, adhesives, resins, inks, even at high temperatures
Anti-corrosion coatings create a chemical-physical barrier between the metal substrate and the external environment, preventing oxidation, chemical attack, and surface degradation over time.
These solutions are essential to increase the durability of components exposed to humidity, salt spray, aggressive chemicals, industrial detergents, or severe environmental cycles.
Gaser Group applies polymer-based anti-corrosion coatings to steel, stainless steel, aluminum, light alloys, and non-ferrous metals, using dedicated formulations and high-adhesion application systems.
Each coating cycle is defined based on the required chemical resistance class, the type of environmental stress, and any subsequent processing steps-
These coatings are used in the mechanical, energy, electronics, plant engineering, medical, transportation, and packaging industries,where certified and stable protection against corrosion is essential.
Ideal for components subject to continuous or intermittent exposure to chemicals, atmospheric agents, or contact with technical fluids.
Benefits of Anti-Corrosion Coatings
Effective corrosion barrier
Protects metal components from humidity, salt spray, and acidic or alkaline agents, extending their service life.
Food-contact compliant chemical protection
Polymer coatings specifically formulated for corrosive environments, ideal for components in contact with food and compliant with current food contact regulations.
Stability in aggressive environments
Maintains performance under critical conditions: temperature changes, chemical exposure, and environmental stress.
Combined chemical and mechanical resistance
In addition to corrosion protection, some coatings also provide abrasion resistance and withstand industrial cleaning processes.
Suitable for various materials and geometries
Applicable to smooth, complex, or micro perforated surfaces, with both protective and aesthetic finishes available.
Process reliability and compliance
All coating cycles are controlled and repeatable, compliant with industry regulations, and tested according to international standards.
Wear-Resistant Polymer Coatings
Prolonged mechanical durability for high-stress surfaces
Wear-resistant coatings are designed to protect metal surfaces from friction, abrasion, impact, and mechanical fatigue.
By applying functional polymers, ceramic fillers, or high-hardness hybrid formulations, these coatings enhance the durability of components exposed to cyclic contact or sliding, even in harsh environments.
Gaser Group applies wear-resistant coatings to steel, stainless steel, light alloys, non-ferrous metals, and plastics.
The coating cycle is selected based on the expected mechanical stress, the required surface roughness, and the need to ensure surface protection and continuous operation.
Applying a controlled-roughness metallic base layer can further increase the overall hardness of the final coating.
These treatments are used in the automotive, mechanical, packaging, food, medical, energy, and process plant sectors, where strong resistance to abrasive wear, sliding, or continuous motion is required. .
Ideal for components exposed to repeated stress or contact with moving surfaces, abrasive fluids, or micro-particles.
Benefits of Wear-Resistant Coatings
Protection against abrasive wear and mechanical impact
Polymer coatings significantly extend component lifespan by reducing erosion, surface scratches, and microcracks.
Reduced coefficient of friction
They improve sliding between moving surfaces, contributing to better energy efficiency and reduced material consumption.
Reliable performance in critical environments
Coatings maintain their protective properties even in the presence of humidity, dust, or mild chemicals.
Tailor-made coating solutions
Each application is engineered based on mechanical load, surface characteristics, and working cycles.
Suitable for complex geometries and finished components
Can be applied to parts with tight tolerances or post-machined components, thanks to precisely controlled film thickness.
High-Temperature Resistant Polymer Coatings
Stable protection up to 600 °C
High-temperature resistant coatings ensure consistent performance under extreme thermal conditions, protecting the substrate from oxidation, radiant heat, thermal shock, and surface degradation.
Formulated with special polymers, ceramic fillers, and inorganic binders, these coatings retain their integrity even under prolonged or intermittent thermal cycles.
Gaser Group applies heat-resistant coatings to steel, stainless steel, aluminum, and light alloys, using certified processes and controlled curing cycles.
The choice of treatment depends on the operating temperature, the presence of aggressive fluids or agents, and any aesthetic or functional requirements.
These solutions are used in the automotive, energy, plant engineering, mechanical, aerospace, and transportation sectors, particularly for components exposed to thermal cycles, radiation, or contact with hot gases.
Ideal for extending component lifespan and maintaining reliable performance even in harsh environments.
Benefits of High-Temperature Resistant Coatings
Thermal protection across multiple thresholds
Polymer coatings that provide thermal resistance up to 600 °C, including metallized coatings specifically designed for applications above 500 °C.
Long-term thermal stability
They retain protective properties at high temperatures without coating degradation or loss of adhesion.
Oxidation and hot gas protection
They form a barrier against hot air, chemical vapors, and aggressive high-temperature atmospheres.
Resistance to thermal cycling and shock
Withstand rapid temperature changes without cracking or delamination.
Functional and aesthetic finish
Available in matte or colored versions, combining chemical and thermal resistance.
Suitable for complex geometries
Can be applied to technical components with holes, fins, or shaped surfaces, thanks to flexible application systems.