Engineered coatings enhance a component’s existing properties, such as gall, corrosion, and wear resistance. Coatings can also give the component a better mating surface for seals or better performance in low-temperature conditions. High-velocity coatings are possible with the correct combination of thermal and kinetic energy processes, leading to superior coating density and bond strength. If needed, thin coatings and precision finishing can further optimize the surface treatment to exceed performance standards.

At Fisher Barton, we offer quality engineered coating solutions for a variety of applications. Our Thermal Spray Technologies (TST), has the materials expertise, and surface engineering knowledge that can optimize the value of your parts, components, and structures.

Wear Resistant

Wear Resistant Coatings

Wear is caused by mechanisms such as abrasion, erosion, adhesion, fretting, and cavitation. Developing proper wear-resistant coatings requires in-depth knowledge of these mechanisms and the factors behind them. Wear coating services are critical to many industries, including:

  • Mulch pulverizing
  • Power generation
  • Cement
  • Grain processing
  • Agriculture
  • Steel

Wear-resistant coatings such as carbide can be applied to simple components like bolts in agricultural machinery and complex components like jet engine compressor blades. In fact, carbide-coated bolts in agricultural combines are crucial to extending bolt service life and preventing machine damage. Other materials used in wear-resistant coatings include metal oxides like chromium oxide, which is hard and highly resistant to chemical attacks.

The experts at Fisher Barton have a wealth of experience in materials engineering and deposition methods to enhance the surface properties of your components. We can provide application-specific solutions tailored to your exact needs.

Products By Application

Energy: Plungers (High pressure well stimulation pumps)


Medical: Implants

Truck Wheel

Transportation: Wheels

Corrosion Resistant Coating

Corrosion Resistant/Protective Coatings

To select the right corrosion-resistant coating, it is important to understand the characteristics of the corrosive setting that threatens the structures or components that need protection. These structures may include pipelines, plant equipment, and bridges.

Corrosion protection is commonly used on components as large as coastal bridges, automobile parts, and windmills. The marine, mining, and industrial sectors often use protective coatings to prevent damage from chemicals, saltwater, and humidity.

Products By Application
Plug Valve

Energy: Valve Plugs (High pressure pumping equipment)

Seals and Shafts

Food Processing: Seals and Shafts

Medical: Biomedical Devices

Drive Sprockets

Transportation: Drive Sprockets

Dielectric Coating

Dielectric Coatings

At TST Engineered Coating Solutions a division of Fisher Barton, we create dielectric coatings that meet the most stringent performance requirements, including those needed in the defense, aerospace, medical, and semiconductor industries. Some of the applications of dielectric coatings include corona suppression in high voltage systems, semiconductor heat sinks, free-standing electrical insulators, and fabricating thermal spray resistance heaters. Other applications include:

  • Substrates for sprayed electrical conductors
  • High-temperature strain gauges
  • Gene sequencers
  • Telescopes
  • Blood analyzers
  • Spectroscopes
  • Semiconductor wafers
  • Weapon sights
Products By Application
Process of surgery operation using laparoscopic equipment. Group of surgeons in operating room with surgery equipment.

Medical: Electrosurgical Devices

Electrially Conductive

Electrically Conductive Coatings

Electrically conductive coatings can help offer different degrees of electrical conductivity to various materials like polymers and ceramic composites. The coatings help create:

  • Heating elements
  • Slip rings
  • Ground straps
  • Contact points
  • Static dissipative elements
  • Commutator segments
  • Flexible circuits
  • In-situ thermocouples

Conductive coatings can be applied to nearly any substrate, imparting electrically conductive properties to these surfaces. These coatings can enhance the electrical conductivity of less conductive metallic substrates, thus eliminating the need to manufacture or purchase new components made of more conductive materials.


A Fisher Barton proprietary process, FluxFuse minimizes distortion and warping of components found in typical open-air fusing, while providing consistent, uniform fusing conditions for adhering thermal spray wear coatings to the component base material.

Superior fusing of a wear coating results in a much stronger coating bond and, ultimately, increased wear component performance and durability. Combining Fisher Barton’s patented MARBAIN® base material with FluxFuse combines the best of the materials and coatings worlds, offering a world of new opportunities for longer life and improved performance.

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A TST proprietary post coating heat treatment done in controlled atmosphere to promote coating diffusion into the coated component to create a metallurgical bond and promote diffusion within the coating almost eliminate coating porosity. The FUSION bonded coating with its tenacious metallurgical bond can withstand high impact, and the high-density coating provides enhanced wear and corrosion resistance.

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Contact Fisher Barton for Quality Engineered Coating Solutions

At Fisher Barton, we are committed to offering industry-specific TST engineered coating solutions and metallurgy services. We use a wide range of materials to give your parts, components, and structures surface properties that meet or exceed industry standards. Contact us today for high-quality engineered wear coating services.