Curtiss-Wright Surface Technologies

Our HVOF spray coatings can be used over more traditional coating methods. We can accurately control the temperature of the bulk substrate  avoiding and detrimental effects of heat on the material properties.

Our thermal spray coatings are used on many aerospace components such as the intake section because of the protection they give against corrosion and erosion

Laser peening induces compressive stress with precision accuracy into key areas of a component up to 5 to 10 times deeper than other conventional cold working techniques.

IMR Test Labs offer mechanical and metallurgical testing including material testing, failure analysis, chemical analysis and weld testing to ensure design and manufacturing integrity.

IMR Test Labs offer the latest in mechanical testing services to meet the standards of a wide range of markets. We can provide fatigue testing, thermal spray coatings analysis, metallurgical and failure analysis. Our mechanical testing is commonly used by companies within in the oil and gas, aerospace, power generation and medical industries.

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Metallurgical analysis can be used to test materials to see if they meet the required specifications to ensure durability for the intended use.

The metallurgical analysis reveal the makeup of your materials with macro, micro and SEM examinations.

MoS2 coatings also known as Moly Coatings are often used on products where operating temperatures, load carrying capacity and coefficient of friction are primary concerns.

Using non-abrasive finishing Curtiss Wright Surface Technology can provide mirror like finishes.

Nonstick coatings fall under the PTFE coatings category. Most commonly used to coat cookware they can also be used on engineering equipment as a protective layer to prevent wear. 

Specialist teams can be mobilised worldwide to repair large or fixed equipment, reducing shipping costs and downtime to the same specification as in-house processing.