Negative Pressure Duct Cleaning

Steam air duct cleaning methods utilize a wand that delivers a high temperature high pressure steam to agitate the debris from the walls of the air ducts as the air ducts are drawn into negative pressure by a vacuum.

Negative pressure duct cleaning.

This process relies on a vacuum to create negative pressure in your system sucking out all the contaminants like dust allergens and bacteria. During cleaning the entire hvac system is placed under continuous negative pressure a vacuum to prevent the spread of contaminants. The technology creates a negative pressure environment inside the air duct system. It can endure negative pressure of 8000pa.

These high performance machines provide the vacuum and air flow required to achieve a negative pressure and remove contaminants from an air duct system. Duct cleaning contractors use large portable or truck mounted vacuum collection. Negative pressure duct 20 diameter 32 ft length negative pressure duct 20 diameter 32 ft length the 20 in diameter negative pressure proof duct has a length of 32 feet and is made out of a pvc material. Second a professional duct cleaning is an opportunity for the technician to check the ductwork for leaks or in the case of flexible ducts kinks.

Air duct cleaning methods steam air duct cleaning. To achieve negative pressure our technicians utilize a hepa vacuum. All the air your breathe at home has been circulated through the ductwork of your central air conditioning and heating system about seven times per day. Steam cleaning and other methods involving moisture should not be used on.

Air duct cleaning equipment supplies air duct cleaning systems nikro manufactures both electric and gas powered negative air vacuum equipment to capture particulate removed from duct systems. Air duct cleaning utilizing negative pressure works extremely well to remove dirt and debris. In the process negative pressure air duct cleaning also purifies your air which is its primary advantage over. Continuous negative pressure allows very fine particles to be removed from the system as they become airborne ensuring that these particles are not released into the living space when the system is turned on.