metallic coatings

Through extensive research, development, and testing, Armoloy has developed a comprehensive line of premium metallic coatings capable of reducing or eliminating common failure modes. These failure modes often result in significant revenue losses due to unplanned downtime and excessive warranty costs.

The Armoloy Corporation has slowly developed this global presence by becoming a leader in the surface finishing industry. What sets our products apart is their ability to add value through precise, science-based solutions.

These engineered performance enhancements can lead to shorter cycle times, less maintenance intervals, and increased thrusts and profitability. Through our global reach and ability to provide turnkey partnerships, we produce creative metal surface treatment solutions that help eliminate industry challenges.

Our team can match the right coating and working parameters to your application, whether the goal is to improve performance, mitigate wear, reduce friction, protect from corrosion, or some combination of all. Armoloy coatings are effective at combating many metallic failure modes, including:

• Abrasion

• Abrasive Damage

• Abrasive Wear

• Bimetallic Corrosion

• Brinelling

• Caustic Agent Corrosion

• Caustic Exposure

• Cavitation

• Cavitation Erosion

• Cavitation Wear

• Contact Fatigue

• Corrosion Fatigue

• Creep

• Crevice Corrosion

• Electrode Corrosion

• Environmentally Assisted Cracking

• Erosion

• Erosion Corrosion

• Erosive Wear

• Excessive Metal Wear

• Fatigue Failure

• Fatigue Fracture

• Foreign Object Debris

• Fretting

• Fretting Fatigue

• Fretting Wear

• Friction

• Galling

• Galvanic Corrosion

• High Temperature Oxidation

• High Temperature Wear

• Hydrogen Assisted Cracking

• Hydrogen Embrittlement

• Impact Wear

• Intergranular Corrosion

• Intergranular Cracking

• Liquid Tensile Stress

• Localized Corrosion

• Lubricant Breakdown

• Lubricant Failure

• Lubrication Contamination

• Mechanical Stress

• Metal Cracking

• Metal Dusting

• Metal to Metal Wear

• Microstructural Porosity

• Overload

• Oxidation Wear

• Pitting

• Pitting Corrosion

• Porosity

• Retard Heat Checking

• Rolling Contact Fatigue

• Rouge

• Rust

• Seizure

• Selective Leaching

• Spalling

• Stress Corrosion Cracking SCC

• Surface Contact Fatigue

• Surface Fatigue

• Tension

• Thermal Shock

• Torsion

• Tribo-corrosion

• Uniform Corrosion

• Vibration

• Wear