Hospitality & Travel

While they attract millions of visitors each year, cruise ships, hotels, amusement parks, tourist attractions and casinos are areas where infectious diseases can easily be transmitted due to the multitude of common touchpoints.

For many of the industry sectors, the issue is a direct existential threat as media reports attract headlines, sometimes deterring people at the height of the booking season. Business and pleasure travelers are increasingly cognizant of the threats associated with travel and look to organizations that take proactive approaches to addressing their concerns. 

By using our SD Clean and SD VO disinfectant  to kill vast array of pathogens on a daily basis, and complementing these with the application of SD 90 or SD 90+ to continually control bacteria, mold and  mildew that can cause damage, stains and odors, the hospitality industry can improve the overall environment in their facilities, save costs and reduce toxic chemical use while creating a better customer experience.

"By most accounts, 80% of infections are spread by touching contaminated surfaces. "

SD Labs’ approach is to provide a long-lasting coating on surfaces to inhibit surface damaging bacteria, fungi and mold.
Our product’s long-term durable coating typically lasts up to twelve months or more from a single application.


Target Areas

The SD Labs' Approach:

Too often, hospitality companies are forced to react to specific events, and then only after significant reputation damage has been caused, SD Lab’s disinfecting chemistries and surface treatments allow executives and facility managers to take a proactive approach in their effort to stop problems before they occur. Our long-lasting coating technologies provide a cost-effective solution that is colorless, odorless, and durable. Large areas can be treated quickly and efficiently to minimize disruption to facilities of this type. SD 90 and SD 90+ work continuously to fight against bacteria, mold and fungi which can cause stains, odors, or deterioration of surfaces.