ABOUT STEAMBUSTERS BED BUG TREATMENT

MAXUMUM EFFICIENCY IN PEST CONTROL

Pesticides such as DDT, CHLORDANE and LINDANE no longer have effect on bed bugs they got immune to them thru out the years.Steam is way more effective and safer.

HOW DOES IT WORK?

Temperatures above 160 F are known to kill most pests – but the heat must be applied properly and long enough to each area. At Steambusters, we treat infested areas with temperatures above 375 F of high heat steam at a minimum flow rate, to ensure bugs aren’t blown around. It kills bed bugs, bed bug eggs, fleas and dust mites instantly, yet also cools to the touch within seconds so no damage is caused to surfaces.

Steambuster's high heat steam kills all five nymph stages of bed bugs – including the eggs – bringing an end to the breeding cycle. Bed bugs are small, thin, and often hide in the narrowest of cracks. In other words, out of reach of most chemical treatments. High heat steam is capable of reaching just about anywhere – so bed bugs have nowhere to hide.

Other facts and concerns

• Additional benefits
• Toxicity Concerns
• Infections on the rise
• Video

• Steambusters can eradicate a wide range of pests with high heat steam: including the very persistent bed bug, fleas and dust mites. Our techniques are effective against the most severe infestations and high heat steam isn’t selective, therefore you also have the benefits of the high heat steam killing viruses, germs and bacteria. High heat steam is pure water and air so it is 100% safe for you and for the environment.

• The system’s effectiveness against a wide range of microorganisms – especially when compared against traditional means of disinfection – while at the same time alleviating toxicity and allergenic concerns, presents an opportunity to improve and enhance disinfection programs in a variety of settings. Hospitals, for one, would benefit enormously by such improvements: disproportionate concentrations of antibiotic-resistant pathogens circulate regularly in such facilities..

• Infections transmitted by contaminated surfaces are a growing and serious threat to public health. Emerging pathogens such as Norovirus; methicillin-resistant Staphylococcus aureus (MRSA); Vancomycin-resistant Enterococcus faecalis (VRE); and Clostridium difficile (C-diff) can all be spread by contaminated surfaces, making their containment that much more difficult. Cruise ships, hospitals, schools and other facilities and institutions where large groups of people congregate on a regular basis are prime targets for the spread of infection.

EFFICIENCY GRAPHS