Over the years, companies have introduced new technologies and mechanical changes to pressure washers.  Because of this, there are a variety of models and categories available today. These include commercial pressure washers, industrial pressure washers, steam pressure washers, hot water machines, and cold water pressure washers, to name a few.

Some of the latest models are classified based on the technologies they feature. Several new technologies make using these pressure cleaners far simpler than older, conventional models. Some of these technologies include: low flow technology, tri-mode functionality, and super-high steam temperatures. But, there is one technology that stands above the rest – automatic shut-down.

What Is This Technology

Preferred by cleaning professionals and all users of electric commercial pressure washers and industrial pressure washers, automatic shut-down technology reduces wear and tear on key components to prolong the machine’s life. To know this technology fully, one needs to know how a pressure washer works.

Functioning of a Pressure Washer

A pressure washer device pumps water at various temperature levels (cold water, hot water, or steam) across surfaces at high pressure levels to wash away the dirt, dust, stains, and other impurities.

The high levels of pressure are obtained through a pump, which pumps water through a nozzle onto the surface. A gasoline or propane engine or an electric motor powers the pump. The output is ejected onto the surface through a trigger gun connected to the actual machine through a pressure hose.

A Practical Problem

In conventional pressure washer machines, the operator can stop the output flow by using the trigger of the gun. But, even if there is no output flow, the machine’s pump and motor are still on. To reduce wear, the operator must return to the machine during each break to switch it off.

This is highly inconvenient when cleaning large buildings and areas with long hoses. The operator may even want to stop the work temporarily. Either the machine stays on or the operator must go back to shut the machine off each time. The latter option is inconvenient. The former option is harmful to the machine, as it may suffer much wear and tear and may result in wastage of power.

A Solution

Automatic shut-down technology offers a solution to this problem. Like all pressure cleaners, operation of the machine is controlled through the trigger gun. But, when the machine is not in use for more than 30 seconds, machines with this technology shut down automatically. When the trigger is squeezed again, the machine starts up.

This technology allows the operators to shut the machine on and off for temporary work stoppages. This functionality effectively reduces wear and tear on the pump and motor, the key components of the machine. A reduction in wear translates to greater longevity.

It is vital to note that this technology is only available in electric versions of tri-mode, hot water, cold water, and steam pressure washers. To learn more about this advanced technology, search the internet for trusted suppliers of high quality pressure cleaning systems

Steam cleaners have been in use for well over two decades. If you check the sales statistics of these machines, you can find that the sales of this equipment have been increasing steadily. One reason for the continuous sales growth is the introduction of new technologies and innovations. The modern steam cleaner is indistinguishable from the early models of the equipment, which were introduced in Italy some decades ago. The changes were not confined to the size and shape of the machine. New functions have been added and new technologies have been developed to enhance effectiveness, functionality, and productivity. For example, previously one had to use a vacuum cleaner before using a steam cleaner, as the ancient models could not remove dust or other impurities. But, newer models of steam cleaners are equipped with vacuum extraction to simultaneously extract residues as they are dissolved by high temperature steam. One can find a number of new features in the latest steam cleaner machines, some of which are discussed here. How Steam Cleaners Work One should have a basic understanding of the functioning of steam cleaners to know the utility of the new features. Steam cleaners inject high-temperature “dry” water vapor onto surfaces to remove stains, sanitize the surface, and eliminate the impurities. These are usually applied to hard surfaces only, such as tiled floor and walls, because delicate surfaces cannot withstand the high temperature of the steam. One notable exception is upholstery. These devices can be used to effectively spot clean upholstery and carpets, as well. How does the machine make dry vapor? It converts water into vapor by heating the water. Conventional steam cleaners and many of the modern models have only one boiler tank. A boiler tank has a heating coil that generates heat energy to convert water into vapor. When all the water in the tank is used up, the tank needs to be filled again. This invariably causes a break in the work, as the machine must be shut down, refilled, and left to re-heat. Provision For Continuous Refill Some of the latest models use continuous refill technology, in which water can be simultaneously added during the process. Such devices contain an additional refill tank. Water can be added to this tank while the cleaning process goes on. The machine draws water from the refill tank to the boiler tank as it is needed. This water is mixed with the super-heated water in the boiler tank to ensure high steam temperatures are maintained. The continuous refill technology allows non-stop cleaning work and is particularly useful in industrial steam cleaners. Anti-Bacterial Technology The high temperature levels of these devices help to eliminate many microorganisms from the surface. The temperature of some of the latest models can reach up to a level of 360ºF. Very few microorganisms can survive in these extreme conditions. But, high steam temperatures are not guaranteed to eliminate all bacteria. If you want better sanitization for the floor, wall, and toilets of your house, you may select a steam cleaner equipped with anti-bacterial technology. External laboratory tests have proven that anti-bacterial technologies paired with steam cleaners have a staggering efficiency of over 99% for killing disease-causing microorganisms. Other Features A notable new feature of modern steam cleaners is gum removal technology. Cleaning machines that use this technology are ideal for educational institutions, retail facilities, theaters, amusement parks, and other areas where stubborn gum stains can be a nuisance. The gum removal technology has proven capabilities to remove even very ancient chewing gum residues. An additional detergent tank is a well loved feature in many ,steam cleaner machines. As its name implies, one can add detergent to this chamber, from where it is mixed with the vapor output. The use of additional detergents is not required, but will. you can buy steam cleaners from daimer. com