Car owners and car wash professionals are well aware of the effort and time required to transform dirty vehicles into clean and fresh-smelling ones. Vehicle detailing involves cleaning different surfaces like vehicle exteriors, glass, tires, engines, and carpets. All of these surfaces have unique cleaning requirements that entail the use of different cleaning chemicals. This clarifies why car wash professionals are usually equipped with an array of auto detailing car wash chemical products. But, most commercially available cleaning chemicals can trigger adverse health reactions in addition to polluting the environment. This is why many car detailing businesses have turned to green chemicals.

Natural cleaners available from a reputable green cleaning manufacturer are sourced from plants and are non-toxic, biodegradable, and safe for use. But, do not assume that these natural cleaners are mild and ineffective when it comes to cleaning power. In spite of being plant-based, these green cleaner products offer exceptional cleaning results while remaining mild on vehicle surfaces.

A green car wash chemical offers incredible cleaning power due to its advanced formula. These natural cleaners contain millions of nano-based molecules that are capable of penetrating into dirt particles and breaking the molecules holding dirt and grease particles together. The dissolved dirt and grease residues are then emulsified in water to enable quick removal and to prevent them from re-attaching to the vehicle surface again.

The following are a few major categories of natural cleaners offered by leading distributers:

Car Wash/Truck Wash Chemicals

These green chemicalshave been formulated to remove the toughest dirt, grime, grease, and other deposits from exterior vehicle surfaces. There are separate versions available for cars and trucks, as the two types of vehicles face different demands. These products can be used in the concentrated form, diluted form, and in combination with steam pressure washers.

Glass Cleaners

The natural, powerful ingredients in green glass cleaners effectively dissolve tough deposits, like tree sap or bugs on the glass surfaces, without causing any hurt. These green glass cleaners leave a streak-free end that ensures optimum visibility.

Degreasers

If there are stubborn grease or oil deposits, green cleaner products like degreasers will help you eliminate them easily. The encapsulation and emulsification process is the most effective method of grease removal. Better yet, top suppliers offer different formulas for varying degreasing application.

Tire Shine Solutions

Tires tend to accumulated caked mud, dirt, and other deposits. Natural tire shines leave a glossy, protective end on tires, to keep them clean for longer.

Carpet & Upholstery Cleaners

Carpets and upholstery within vehicles can accumulate dust, dirt, food particles, pollen, and pet dander. Spills can cause stains and foul odor to develop. Carpet cleaners from a green cleaning manufacturer helps efficiently remove all of these particles by trapping and crystallizing dirt particles so it is simple to vacuum these particles away.

Deodorizers

The interiors of cars can absorb odors and start to smell foul soon after a cleaning session. This is because most commercial deodorizers simply mask odors temporarily. On the other hand, green car wash chemical products like green deodorizers target the source of odors and ruin those organic deposits so the odor does not return.

As you can see, there are powerful and safe auto detailing car wash chemical supplies for nearly every vehicle detailing task. Choose these green alternatives to accomplish fantastic cleaning results without harming the environment, the vehicle, or the user.

Traditional mobile car wash businesses have always set aside a large part of their budget for water utility payments and costs related to collection and disposal of dirty water as part of post car wash cleanup. These businesses use large amounts of water and must recycle them in waste bins for proper disposal to eliminate being fined by the EPA. Not only water treatment post-cleaning, but also availability of water becomes a concern for many mobile car washing businesses, which have to visit client locations for washing cars. The client may not like their parking area to be left wet with dirty water.

There is a sensible solution to these problems: reducing water consumption. With less water used, less money is needed for clean up. This also reduces water bills. Besides decreasing costs for your mobile car washing business, reduced water use also has a huge environment impact. You can further minimize hurt to the environment by using plant-derived auto detailing supplies instead of chemical-based detergents for cleaning upholstery, seats, engines, wheels, windscreen, exterior, and other car parts.

There is a third benefit of using less water. Machines with low flow technologies use less water, allowing carpets to dry quicker. This is vital because moist carpets encourage the growth of germs and mold and lead to unhygienic conditions and terrible odor inside the car if left damp for extended periods of time.

Different Types of Low Flow Vehicle Detailing Equipment

We have listed the benefits of low flow auto detailing products. There are essentially two types of low flow machines for car cleaning: pressure washers and carpet cleaners.

When purchasing a portable car wash machine, such as a pressure washer, pay attention to the amount of water needed for cleaning. Most machines have flow rates between 2 and 5 GPM. Low flow machines, on the other hand, restrict the water flow to as small as 0.5 GPM.

Heat is another vital factor in these machines. High temperatures can remove grease, ice, oil residues, and stains, which water at lower temperature cannot. Steam pressure washers, for example, can reach 300°F to virtually melt away stubborn deposits on vehicles. Pressure level is another vital consideration, as it should not exceed 1500 psi to ensure the safety of vehicle surfaces.

These machines not only use less water, but also lower pressure levels to prevent hurt to the car body. These mobile car wash machines can be used for cleaning the engine, windows, painted surfaces, wheels, tires, and other parts. Many auto detailing machines can even be used for steam cleaning, the only difference from traditional steam cleaners being that they use wet steam instead of dry vapor. This is a very vital feature for mobile car washing services, because dry steam hurts the painted surface when the user is forced to repeatedly rub it with detailing brushes to achieve cleanliness. Low flow machines, therefore, offer the same or greater benefits to mobile car washing services as machines with higher flow rates.

While low flow pressure cleaners are ideal for exterior cleaning, low flow carpet cleaners are the ultimate solution to interior detailing. Some low flow carpet cleaners, for example, use water at 210°F to achieve proper cleaning even in the absence of gallons of water. Such high temperatures work effectively to dissolve stains and residues settled deep within carpet and upholstery fibers. This does not mean that all low flow machines necessarily feature high temperatures. You can buy non-heated machines if your carpet cleaning requirements are limited to basic dust, dirt, or odor removal.

Low flow technology within carpet extractors also enhances drying time. By using less water without reducing cleaning, carpets can be cleaned while left to dry in 2-6 hours. This is in contrast to the 24 hours required by conventional shampooers, a time frame that may lead to the development of mold, mildew, bacteria, and pungent odors.

An added cleaning solution is vital when selecting carpet cleaners, as it is required for complete care. Green carpet cleaning formulas are suggested, as they work to dissolve, encapsulate, and crystallize dirt particles for complete extraction. Pre-spray carpets with the solution and let dwell before applying the carpet cleaner for best results.

Whether you are seeking machines to clean the interior or exterior of vehicles, remember that low flow technology is key.

Pressure washers are widely sought-after cleaning machines for commercial cleaning applications, industrial cleaning, and other kinds of heavy-duty cleaning applications. In fact, no other cleaning equipment can match the output pressure levels and power of these devices.

If you look for pressure washers in a retail store or on the Internet, you can find a number of options and models like electric pressure washers, commercial pressure washers, industrial pressure washers, gas pressure washers, and water pressure washers. A problem many people stumble upon is which model to choose, as they are faced with an abundance of options, features, and technologies.

While the selection of a pressure washer depends on individual requirements, nature of the cleaning job, and types of impurities to be removed, one can follow some general guidelines while selecting a pressure washing device.

Output Pressure and Temperature Levels

Pressure and temperature levels are widely regarded as the defining parameters of pressure washer. Temperature options include cold water machines for lighter commercial applications, hot water machines for commercial and industrial applications, and steam pressure washers for the most demanding applications. Steam temperatures max out around 330°F, allowing users to effectively dissolve residues while blasting them away. The general rule of thumb is: cleaning power increases as temperature increases.

Pressure levels range from 700 psi to 8000 psi. Higher pressure levels boast more power. But, too much pressure can hurt delicate surfaces, as in a car exterior.

Each pressure washer on the market boasts particular temperature settings and pressure levels. One will have to check the specifications of individual models to learn about the maximum temperature and pressure capacity of the device.

The best option is to opt for a tri-mode pressure washer. These models provide all three forms of temperature output (cold water, hot water, and steam) in a single machine. The operator can choose the output temperature level that he or she needs for any given application.

Flow Rate

Most people do not consider this parameter as vital as temperature and pressure levels. But, this is nearly as vital a specification. Flow rate is expressed in gallons per minute (GPM) and is a measure of the amount of output (in gallons) that flows out of the device in one minute. The flow rate of pressure washers range from 0.5 GPM to 7 GPM.

Broadly speaking, the higher the flow rate, the more powerful the machine is. This is because more water is being forced onto the surface to be cleaned. In some instances, one may not want to expel too much water on a given cleaning application – for example, in places which experience water scarcity or in facilities with limited drainage. In such cases, pressure washers with low flow rates are ideal.

Power Methods Make the Difference

Pressure washers are available in a number of different power methods: gasoline, propane, diesel, and electric. It is vital to select a power method that will suit your desired pressure washing application.

Electric pressure washers are designed for indoor applications and those in proximity to an electrical supply. They are quieter than other power methods and generate no exhaust. But, electric units are limited by their need for an electrical source.

Gas and propane models are ideal for exterior applications, as they do not require use near an electrical supply. But, they are generally noisier and produce exhaust, making them unsuitable for interior applications.

Advanced Technologies to Make the Job Simpler

Some of the latest models of pressure washers come equipped with automatic shut-down technologies. The advantage of this technology is that it automatically cuts the power supply to the device if the device is kept idle for 30 seconds. For industrial cleaning applications, operators use long hoses for cleaning a wide area. The often work far from the machine and must return to the machine during every break in operation to shut down to prevent wear and tear on key components. In such cases, pressure washer with automatic shut-off technology are convenient for the operator as well as effective for preventing power wastage.

Now with an understanding of the most integral features, options, and technologies found in pressure washing equipment today, you can find a suitable machine to meet your specific needs.

A pressure washer is a powerful cleaning machine available for industrial and commercial cleaning applications. There exists a wide variety of high pressure washers suitable for a number of different cleaning tasks. Let’s examine the different types and features to help you determine the right machine for your applications.

Types of Pressure Washers

Pressure cleaning machines are classified in many ways. Based on the temperature of their output, they can be either a cold water pressure washer, hot water pressure washer, or steam pressure washer. Similarly, based on the nature of the cleaning job, they are classified into commercial pressure washing machines and industrial pressure cleaning machines. Industrial systems offer higher pressure levels and flow rates for more demanding applications. The power method is yet another dividing factor for pressure cleaners. Today’s systems can be powered by gasoline, propane, diesel, or electricity.

It is not simple to select the best pressure washing machine. Each system is suitable for different applications. The following are a few tips about the specifications that could help select the best machines for various kinds of cleaning jobs.

There are three key specifications defining the power of a pressure cleaning machine: output pressure, output temperature, and flow rate.

Output Pressure

Output pressure level is the force at which water exits the machine. It is expressed in pounds per square inches (psi). Pressure level is perhaps the most vital specification as it determines the overall power of the machine. The pressure level varies from model to model, normally between 500 psi and 8000 psi.

Higher pressure levels are suitable for demanding applications, like degreasing or cleaning of heavy machinery, while lighter commercial applications do not need such high levels. Pressure washing machines used for auto detailing also do not need very high pressure levels. The output pressure of such machines should be 1500 psi or less.

Output Temperature

One can classify pressure washing machines into three types based on the output temperature: cold water, hot water, and steam.

Cold water machines eject water at room temperature, that is, without heating the water. Cold water output is ideal for cleaning soft surfaces, namely surfaces that cannot withstand high temperatures, and lighter applications that do not require the additional power afforded by heat. Cold water is not effective for degreasing applications without the addition of a degreasing chemical or green degreaser.

Hot water machines can provide an output temperature of 210°F. Hot water output has improved cleaning efficiency for hard cleaning tasks, due to the increase in temperature. But, steam output offers the greatest cleaning power. High steam temperatures up to 330°F enable the dissolving and rapid removal of the most stubborn residues and grease. Most industrial pressure washer machines utilize steam output.

The best systems on the market today provide all three types of outputs in a single machine. Pressure washing machines that provide all three outputs are called tri-mode machines.

Flow Rate

Flow rate indicates the amount of water that flows through the nozzle in a certain timeframe. It is expressed in gallons per minute (GPM). Flow rate varies from model to model. Flow rates as low as 0.5 GPM are ideal for auto detailing and applications where drainage is limited, while higher flow rate of 8 GPM are ideal for heavy industrial degreasing applications. Higher flow rates do increase cleaning power, since larger amounts of water are being exerted onto a surface.

While the above specification descriptions provide a general thought of what machines are designed for which applications, the best way to find the ideal machine for you is to speak with a product specialist from a trusted supplier.

Selecting The Right Cold Water Pressure Washer For You

There is a huge selection of options available for cold water pressure washers available to the average person or business. Therefore, if there are cleaning needs, there is a very excellent chance that all of the options needed are really available. Because they are not in need of heating fuel to heat up the water supply, they can be used for both indoor and outdoor applications. They basically look like vacuum cleaners with huge, plastic wheels. The high end of the spectrum has units that have capacities of up to 4.5 gpm and 3200 psi, depending on the manufacturer. Once you start getting to the larger, more portable units, you will see that they have specific metal frames and enclosures for better mobility.

If your location takes you away from available AC power, particularly in a situation like new construction, you may want to look into gas powered cold water pressure washers. There are also diesel powered units available at a similar price if diesel will be more available for  you or your business. Of course, it should go without mention that these gas powered units should only be used outside. You then need to choose whether you want to have the cage style with wheels, or possibly a skid mounted unit with wheels.

Electric and gas powered cold water pressure washers have two different options for drive configurations. The first type of configuration is a direct drive unit, and the second is a belt driven unit.  The direct drive units are less expensive and have a lower maintenance cost, but the they have a shorter life. This is because the vibration and heat that is generated from the motor is translated to the pump on the direct drive units. If your intention is to use the washer at all times, you will want a belt driven unit because of its longer lifetime. If you plot on using it less frequently, you will find that a direct drive is a better choice for you.

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