Before

After

This is the result of our restorative work using CRS and H2POXY A. We were able to achieve coverage of approx. 250 m2 - 300 m2 per hour and we needed about 180 gallons of CRS and 400 H2POXY kits +/-

Before

After

Maxon’s CRS and C2M proved advantageous for this project as it does need sandblasting or grinding off the existing rust. These products can be applied after a power wash and degreasing of the surface to remove any particles and was completed within three days with three workmen.

Before

After

The application MAXON CRS ensured that existing rust was eradicated and the occurrence of future corrosion was close to none. MAXON C2M was then applied to strengthen the bond and provide a layer over which MAXON H2POXY-A could be applied; this made the structure further resistant to the harsh environment and liquid spills.

Before

After

A very light application of CRS is used along with C2M for increased durability. Our special epoxy, containing kevlar fibres and ceramic microspheres in Safety Yellow is used to cover the entire bollard to provide extreme resistance to abrasion, ensuring years of trouble-free service. VLS was also used to loosen the bolts to remove the bollard, removing the need to cut or weld new mounting.

Before

After

We achieved dramatic results with Maxon CRS and C2M. With its remarkable capability to penetrate tightly adhered intact rust, Maxon solutions pacify the corrosion process, dramatically reducing prep time and costs.

Before

After

In spite of extreme pitting, shedding, and biological corrosion, all the prep work was accomplished through pressure washing and de-greasing. The project was completed under budget due to the application process’ simple learning curve. Material usage lessened during the length of the job as the crew got more experienced.

Before

After

CRS was applied directly onto the rust on the surface without the need for sandblasting or grinding. With the amazing ability to penetrate tightly adhered intact rust and pacify the corrosion process along with its oxygen blocking properties, corrosion can be stopped in its track.

Before

After

Maxon CRS was applied directly onto the rust on the surface as it has the unique ability to penetrate tightly adhered intact rust and pacify the corrosion process, dramatically reducing prep time and costs. It contains oxygen blocking properties that virtually stop the corrosion process.

Before

After

With the direct application of Maxon CRS onto the rust on the surface, the corrosion process can be stopped almost immediately. CRS has the unique ability to penetrate tightly adhered intact rust. Combined with its oxygen blocking properties, it can pacify the corrosion process, dramatically reducing prep time and costs.

Before

After

Working as a system, Maxon products will act as a penetrant and a barrier to solving this widespread problem. Each step uses waterborne products that are easy to apply. Cure times are minimal, and the products are safe for the applicators and safe for the environment.

Before

After

A repair project on bins that showed extensive corrosion damage due to exposure to salts and moisture. It required only minimal prep work without grinding or blasting. CRS coating was given on all edges first for maximum protection and was applied via an airless sprayer. Once cured, topcoat paint was applied.

Before

After

Maxon’s solutions brought a 360⁰ turnaround and considerable cost savings. MAXON CRS was first applied directly on the rust to remove existing rust and to strengthen the metal. MAXON H2Poxy-A offers a water-resistant layer, thus extending the lifespan of the pumps further.

Before

After

The powerful combination of MAXON C2M, H2POXY-A, CRS and VLS has highly competitive qualities and allows for easier, greener, minimally disruptive and economically viable maintenance of metals and concrete. The results are evident and it also provides protection against future corrosion.