Surface Coatings

Corrosion Protection

In industrial settings, surfaces are frequently subjected to severe corrosive challenges from moisture, salts, acids, and various chemicals. Effective corrosion protection creates a vital barrier between the underlying metal and its environment. By limiting corrosion, we can extend the lifespan of your components and deliver additional benefits like easier cleaning, reduced friction, and a more appealing surface finish.

Bakers Coating provides high-quality anti-corrosion coatings suitable for diverse conditions, from dry indoor climates to environments with aggressive moisture condensation and high air pollution. We use only materials and methods that guarantee strong, lasting results.

The Right Coating for Harsh Environments

A tailored corrosion protection solution is a smart investment. By significantly reducing corrosion on highly exposed surfaces, you'll extend their lifespan and decrease replacement frequency. Our corrosion protection can be applied both externally and internally, safeguarding against airborne pollutants, moisture, salt, bacteria, chemicals, wear, and much more. Effective protection also minimizes the risk of contaminating processed materials or liquids, while mitigating the effects of wear and friction.

Durable Anti-Corrosion Coatings

Bakers Coating has extensive experience in anti-corrosion coatings, and our expertise is your assurance of expertly applied and durable solutions. We develop corrosion protection for most metals and certain alloys, serving industries like offshore, marine, chemical, gas, oil, and petrochemical. We hold all necessary permits and exclusively use approved materials and processes to ensure a safe, high-quality end product. Typical applications include critical surfaces such as vessels, pipes, and filters within the oil, gas, and petrochemical sectors.

Need the Right Corrosion Protection?

At Bakers Coating, we primarily develop corrosion protection using high-performance materials like Halar (ECTFE), Rilsan (PA11), and Ruby Red.

Contact us today to discuss the optimal corrosion protection solution for your specific production needs.

Halar® (ECTFE)

Halar® is a brand name for Ethylenechlorotrifluoroethylene (ECTFE), a thermoplastic widely used for metal corrosion protection. This powdered coating melts during curing to form a robust, protective surface layer that is both hydrophobic and oleophobic, and exhibits low friction.

The resulting dense layer provides exceptional resistance to chemical exposure and mechanical wear. This allows for the use of more cost-effective materials with a Halar coating, serving as a viable alternative to materials like Hastelloy® or super duplex.

The coating effectively withstands strong acids, alkalis, salt solutions, alcohols, chlorine, and most solvents. Halar® is also highly shock and impact resistant, and can be applied in thicknesses up to 2 mm.

Continuous operating temperature: -75°C to 150°C
Highly chemical resistant
Sintering temperature range: 200°C to 430°C
High electrical resistance

Rilsan® (PA 11)

Despite its name, Rilsan® is a polyamide-based thermoplastic recognized as an environmentally friendly coating. It's fully recyclable, non-toxic, and produced from vegetable matter, specifically oil derived from castor bean seeds. Beyond its environmental benefits, Rilsan's core strengths include its exceptional durability and high abrasion resistance. The Rilsan coating is also impact-resistant, making it particularly well-suited for CIP (Clean-in-Place) environments with high moisture exposure, such as dishwasher baskets.

Continuous operating temperature: -60°C to 150°C
Pore-tight and stable
Applied in thicknesses up to 150 microns
Maintains electrical resistance at higher temperatures

Ruby Red (PFA)

Ruby Red is a high-build PFA powder designed to enhance both the permeability resistance and chemical resistance of treated applications. It's a top choice in the chemical industry due to its excellent tolerance for corrosive substances. Ruby Red also offers good abrasion resistance and thermal stability, ensuring its properties remain consistent in both vapor and liquid phases.