Curtiss-Wright Surface Technologies

CURTISS-WRIGHT PARYLENE COATINGS

True to the Curtiss-Wright tradition of excellence and providing highly engineered solutions, our Parylene Coatings bring high reliability to critical components operating in the harshest of environments. Parylene coatings are highly lubricious, dry film and environmentally protective conformal coatings applied to metals, elastomers, electronics, glass, ceramics and plastics. Our coating services provide the very best thin film conformal coating protection for critical components in many industries including Medical Device, Aerospace, Defence, Automotive and Electronics.

Parylene Conformal Coatings commonly used in the medical and electronic industry due to its ultra thin coating it reduces friction and protects components from the environment.

Parylene is a highly lubricious and ultra thin conformal coating with outstanding chemical, moisture and electrical barrier protection for metals, elastomers, electronics and plastic.

PEENFLEX damage and abrasion resistant mouldings protect parts through the various stages of processing, lifting, moving, storage and despatch. Uniquely made for each application.

PEENTEX protects internal and external cladding, street furniture and signage. Creates a decorative finish for architectural purposes on metal, glass, wood and acrylic. Non-slip textured finish for tooling and equipment.

Plasma Electrolytic Oxidation (PEO) is a method of producing surface coatings which applies a ceramic layer onto the surface of a light alloy. It holds several key advantages over more traditional surface coatings, making it popular in automotive, aerospace and manufacturing.
 

PTFE Coatings is a fluoropolymer with excellent low friction and non-stick properties.

Creates curvature in aircraft wing skins to enhance lift and efficiency and to protect against fatigue. Also used to correct the distortion of components following manufacturing.

We also provide shot peen forming for aircraft components. Aircraft components that have been shot peened show increased resistance to flexural bending fatigue and stress corrosion cracking.

Shot peening forming is ideal for creating the complex curvatures in crankshafts.  The use of shot peening to form crankshafts can increase resistance to flexural bending fatigue and stress corrosion cracking.