Wear-Resistant Plasma Coatings
For components exposed to sliding, abrasion or mechanical contact, plasma coating can add a durable engineered surface while preserving the value of the underlying part.
Services
Plasma Coating Services for Industrial Components
Precision-applied coatings for parts that need improved wear life, corrosion resistance, electrical isolation or protection from heat and pressure.
What we provide
Surface engineering with controlled process quality
Each coating is selected around the component material, geometry, working environment and required surface performance. The aim is simple: controlled adhesion, controlled thickness and dependable repeatability.
Corrosion-Resistant Coatings
Protective coating systems can help parts resist aggressive environments where untreated surfaces would degrade too quickly.
Thermal Barrier Coatings
Thermal barrier systems are used where components face elevated temperatures, thermal cycling or demanding pressure conditions.
Electrical Isolation Coatings
Specialist coatings can be applied to areas such as bearing seats where electrical isolation is part of the engineering requirement.
Applications
Typical and high-performance uses
JCB Dixon Plasma Coatings supports maintenance, repair and specialist production work for sectors where surface performance has a direct effect on service life.
Typical Applications
- Bearing seats for electrical isolation
- Wear plates for agricultural equipment
- Industrial plant and steel manufacturing components
- Maintenance work for tolerance-critical parts
High-Performance Applications
- Race components
- Aerospace internal and external coatings
- Nuclear and fusion component surfaces
- High-temperature and inert metal surface requirements
Useful project details
For the quickest assessment, provide the component material, working temperature, wear or corrosion conditions, drawing tolerances, batch size and any post-coating finishing requirements.
Send Project DetailsProcess
From component review to finished coating
Assess
Review the component, application, substrate and performance target.
Prepare
Plan the surface preparation, masking and coating route.
Coat
Apply the coating using controlled plasma spray parameters.
Inspect
Check finish, thickness and quality requirements before release.
Discuss a component