Trinity Guardion

CLINICALLY PROVEN TO REDUCE HOSPITAL-ASSOCIATED C. DIFF The Trinity Guardion Protective Patient Barrier was designed to address a serious and all-too-common problem in today’s hospitals: patient beds are contaminated. Poorly sanitized beds result in the spread of hospital-associated infections (HAIs) such as C. diff, MRSA, and staph. Every year, more than 720,000 patients will experience these and other infections, and 75,000 will die.* The Trinity Guardion Protective Patient Barrier is revolutionizing the way hospitals safeguard their patients’ wellbeing. Proudly made in the USA, the Trinity System is the most effective disinfectant solution on the market today. The Trinity barrier covers offer a number of advantages over typical cleaners, such as: Improved patient safety. Peer reviewed research has shown that Trinity Guardion’s launderable infection control solutions consistently removes 99.99% of bacteria compared to traditional cleaning methods. Moreover, the Trinity System reduces C. diff infections by about 50%. A sustainable and repeatable procedure. Applying and removing the Trinity covers is a sustainable process that can be done the same way every time, resulting in consistently clean mattresses, pillows, stretchers and physical therapy tables. Ease of use. Putting on and taking off the Trinity barrier cover typically takes less than 90 seconds after minimal training of personnel. Environmentally friendly design. The Trinity bed covers are reusable, so unlike disposable towelettes, nothing goes into landfills. Furthermore, when residual chlorine used in the laundering process enters the sewage system it can reduce the amount of chlorine additive used by the water utility. Less wear and tear on mattress inventory. Trinity’s barrier covers reduce the need for strong disinfectants to clean the mattress, resulting in an extended lifespan and cost savings. Healthier choice for staff. Because the Trinity System requires less-stringent disinfectants, there’s a lower risk of asthmatic reaction and other health repercussions among hospital staff.