Steam cleaning uses hot water to create a powerful wet steam vapor that easily penetrates and lifts dirt, oil, bacteria, and allergens from various materials. The high steam temperature does more than remove visible dirt. Its capacity to go beyond surface-level cleaning to kill germs and bacteria distinguishes it from other cleaning methods and equipment.
Spartan Manufacturing offers cutting-edge hot, high-pressure washers that double as exceptional steam cleaners! Our machines are meticulously engineered to deliver unparalleled performance, making light work of even the toughest cleaning challenges. Our products also go above and beyond in providing a deeper level of cleanliness because of the added advantage of steam cleaning capabilities.
Steam cleaners produce wet steam to clean and sanitize various surfaces. Wet steam is a combination of approximately 80% steam and 20% hot water particles. The steam sanitizes and melts oil and grease while hot water flushes away debris.
The steam cleaner consists of a water tank, high pressure pump, fuel burner, heating coil, hose, wand and trigger gun and control devices. The heating coil transfers heat from the fuel burner to the hot water. The wet steam is discharged at the high velocity through a specially designed nozzle onto the surface being cleaned.
Understanding the different types of steam cleaners can help you choose the most suitable option for your needs and application. Here are five of the most widely used equipment:
When comparing steam cleaning to traditional cleaning methods, there are several notable differences in effectiveness, efficiency, and environmental impact. Steam cleaning utilizes high-temperature steam to clean and sanitize surfaces. On the other hand, traditional cleaning typically involves using cleaning agents, water, and physical scrubbing.
One significant advantage of steam cleaning is its ability to effectively kill bacteria, germs, and allergens without other chemical cleaners. The high temperature is often sufficient to disinfect surfaces, making it a safer and healthier option, especially for tightly controlled projects vulnerable to chemical exposure. In addition, this method can penetrate porous surfaces and crevices more effectively.
Conversely, traditional cleaning methods often rely on cleaning agents and physical scrubbing to remove dirt and stains. While effective in many cases, these cleaning agents may contain chemicals that can harm human health and the environment. They may also leave behind residues that require rinsing or wiping, adding extra steps to the cleaning process and potentially compromising sensitive equipment.
When choosing a steam cleaner, several factors must be considered to ensure they select the right one for their cleaning needs. Here are the top considerations to keep in mind:
Cord length establishes how far the equipment can reach from the power outlet. A longer cord provides greater freedom of movement and eliminates frequent unplugging and replugging. It also allows users to navigate larger areas without constantly searching for a new power source. With an ample cord length, cleaning tasks can be completed efficiently and conveniently, saving time and effort.
On the other hand, mobility refers to the equipment’s ease of maneuverability. A steam cleaner with good mobility features allows for effortless movement and access to tight spaces and corners. This ensures thorough cleaning in hard-to-reach areas, leaving no space untouched.
Safety features help protect the user and prevent potential accidents or damage. For example, an auto shut-off feature automatically turns off the equipment when left idle for a specific period. This measure prevents overheating, reduces the risk of accidents, and prolongs the cleaner’s life. Another is a safety cap to ensure the steam is contained within the unit.
Other examples of safety features are as follows: