E/M Coating Services

E/M Coating Services has been supplying, designing and manufacturing highly engineered coating solutions for a diverse range of markets for over 40 years. Please contact us for more information on (01386) 421 444 or emukenquiries@cwst.com

E/M Coating Services has been supplying, designing and manufacturing highly engineered coating solutions for a diverse range of markets for over 40 years. Please contact us for more information on (01386) 421 444 or emukenquiries@cwst.com

Coating removal services are used to ensure that critical components fabrications or surfaces are completely clean and free from any residual rust or coating residue. By utilising our surface coating removal services you can restore your components or fabrications to near their original condition.

Thermal Spray coatings are suitable for use across a wide range of industries including aerospace automotive power generation oil and gas and chemical processing among many others. The coating technique used within the process affords protection for critical components from the affects of high temperatures wear corrosion fatigue and oxidation. Thermal spray is the term used generally for a process that utilises heat to turn metallic and non-metallic powder materials into a molten or semi-molten state which is then sprayed onto the components surface upon impact with the part the spray cools and adheres to the surface of the component creating a bond.

E/M Coating Services offer a wide range of wear resistant coatings that are designed to protect surfaces improve performance and extend the life of critical components. Wearing of a critical component usually occurs when there is a removal of material from a solid surface as the result of mechanical action exerted by some other solid possibly in the form of particles or as a result of the action of strong gas or liquid currents upon a surface especially at high temperatures. Any sliding contact between solids leads to a measurable if small material loss. Such losses are particularly serious in modern precision mechanisms for if they persist they lead rapidly to mechanical failure.