Until now, coatings have been imited to molybdenum and stainless steel classifications. Moly coatings typically deliver superior thermal conductivity with fair corrosion resistance, especially in high chlorine environments. Likewise, stainless steel coatings offer good corrosion resistance, but fall short of the thermal conductivity and wear resistance of moly.

Add Years between resurfacings

Compared to moly and stainless steel coatings, INFINIKOTE™ delivers higher hardnes levels for better wear resistance. As for thermal conductivity, moly requires an undercoating when dryers show porosity or low edges. This is not required with INFINIKOTE™, thereby eliminating heat transfer loss and the downtime associated with an undercoating application. Plus, our extensive laboratory and independent testing in corrosive environments produces no signs of deterioration.

Developed and tested over a two year period, INFINIKOTE™ lets you reduce regularly sheduled regrinds while maintaining high production levels in corrosive environments. It all adds up to improved profit performance while protecting your Yankee Dryer capital investment.

Contact Bender Make Bender Your Partner in Machine Performance™ and Surface Engineering. Ask your sales representative for more information on the advantages of INFINIKOTE.