Degradation of metal properties due to corrosion and oxidation can severely impact the life, performance, and maintenance costs of your products. Implementing the right protective methods can help extend the life of electrical components, structural materials, and industrial equipment.

Protective Coatings and Plating

Applying a protective layer to metal surfaces protects them from direct exposure to oxygen, moisture, and corrosive substances.

Galvanizing – Plating zinc on steel prevents rust and corrosion.

Tinning – A tin coating on copper wire prevents oxidation and maintains conductivity.

Powder Coating – A durable electrostatic coating that resists corrosion and wear.

Anodizing – Creates a protective aluminum oxide layer to prevent oxidation.

Environmental Control and Storage

Metals last longer when stored and used under controlled conditions that limit exposure to corrosive elements.

Humidity Control – Reducing humidity in storage areas prevents rust.

Ventilation Systems – Help minimize exposure to contaminants and corrosive gases.

Protect stored metal parts with desiccants – silica gel and other moisture-absorbing materials.

Cathodic Protection

This method prevents corrosion by using a more reactive metal to absorb the effects of oxidation.

Sacrificial Anodes – Zinc, magnesium or aluminum anodes that corrode in place of the protected metal.

Impressed Current Systems – Use an electric current to neutralize the effects of corrosion in pipelines and marine structures.

Corrosion Resistant Alloys

Choosing materials that are naturally resistant to corrosion can significantly increase service life.

Stainless Steel – Contains chromium, which forms a protective oxide layer.

Brass and Bronze – Offer greater resistance to oxidation and corrosion than pure copper.

Titanium Alloys – Extremely corrosion resistant, making them ideal for marine and aerospace applications.

Regular Maintenance and Cleaning

Regular inspections and preventive maintenance help detect and mitigate corrosion and oxidation early.

Regular Inspections – Identify early signs of rust or oxidation before significant damage occurs.

Surface Cleaning – Removal of dirt, salt and oxide buildup prevents further deterioration.

Re-Apply Coatings – Ensure continued protection by replacing worn protective layers.

Corrosion Inhibitors and Lubricants

Chemical treatments help slow metal degradation in industrial and electrical applications.

Rust Inhibitors – Protective sprays and coatings that prevent oxidation.

Dielectric Greases – Prevent moisture-induced oxidation in electrical connections.

Corrosion Preventive Lubricants – Reduce metal-to-metal wear and block corrosive agents.