But let’s investigate further. It would seem that Karcher have really gone to town with advertising over the past year. I don’t reckon I’ve seen a football game on TV all season with out seeing a Karcher advert on a bill board at the side of the pitch. Not to meantion there huge marketing ploy to clean Mount Rushmore in the USA. I bet that job took a large amount of pressure washing equipment.

My local town counsel also use high pressure washers to remove graffiti and for use as gutter cleaners. I’ll bet you can guess which name is on there huge yellow machines. They’re all Karcher pressure washers!

Next Karcher have been touting recently that they’re going to be cleaning nelsons column with there high power pressure washers. Karcher say each machine used to clean the column is using a 3 high pressure extension hoses at over 60 metres in length. I reckon that’s quite a feet. As anyone who uses pressure washers recently will know. The long high pressure hose you have the more bars in pressure you lose. (Pressure is measured in bars, with lighter cleaning jobs such as a dirty car needing around 100 bar, while tougher and harder to reach jobs like the roof needing at least 120 bar. )

On of the fantastic things about Karcher, is there innovation. I was talking to on of there reps a few months back and they have a fantastic small thought on the horizon. Why pay all that postage and package for 10 litres of liquid detergent. Karcher have a better thought. Freeze dry the detergent.

Hot water pressure washers clean quicker and more thoroughly using significantly less both water and chemicals, while. Cold water pressure washers have power to quickly remove grime, dirt, debris, stripping paint, rust, mildew and other buildups in numerous residential and commercial applications. Generally, but, the more pressure the machine delivers, the more power it has to lift dirt.

Hot water pressure washers are ideal for cleaning heavy equipment such as pumps, gearboxes, turbine blades and dams in hydroelectric plants If you want to wash large decks and clean siding a Karcher will suit you fantastic.

What about reliability? Expert reviews emphasize that the quality of the pump is the most vital factor in how long you can expect a pressure washer to last, with motor or engine quality secondary. Karcher pumps and motors really do last for ever. So I wouldn’t worry about that.

There are so many pressure washer models that there’s small consensus among reviews. But I’m not fence sitting. I’m pro Karcher and proud. I recommend you get one as soon as you can.

Go get your Karcher today!

Karcher Pressure Washers Excellent Or Terrible is a post from: Pressure Washer Solutions

Mobile or Stationary

One can classify pressure washing machines based on their portability as mobile and stationary equipment. Mobile machines are best suited for outdoor cleaning jobs, as operators can more readily reach different areas. Mobile equipment can be further classified into wheel-mounted machines and truck- or trailer-mounted machines.

Wheel-mounted machines, as the name suggests, have wheels attached to the base. The operator can push these machines to transfer them from one place to another. This is ideal for small-sized machines.

For larger machines, it is better to select truck- or trailer-mounted equipment. It makes the cleaning job much simpler since these machines can be transferred via means of a vehicle.

Output Temperature

There are three types of industrial pressure washers according to output temperature: cold water, hot water, and steam pressure washers. Cold water pressure washers provide an output temperature at room temperature; hot water machines have an output temperature of 210°F, while steam machines have an output temperature of 330°F.

Of these three machines, steam output is the most powerful as it readily dissolves stubborn deposits. After all, cleaning power increases as temperature increases.

To reap the benefits of all three machines, a tri-mode system is best. Tri-mode pressure cleaners offer all three kinds of output: cold water, hot water, and steam, to meet varying applications.

Power Level

The output pressure level of a power washer is vital in determining its power. The output pressure level can vary from 500 psi to 8000 psi. Higher pressure levels translate to higher cleaning power. Since each application is unique, pressure levels must be selected on the basis of the intended application.

Another specification closely related to output pressure is the flow rate. It is a measure of the quantity of water that flows through the output of the machine, expressed as gallons per minute (GPM). Usually, the flow rate increases along with the output pressure. In some cases, where drainage facilities are poor, one may have to select a machine with a low flow rate.

Graffiti Removal

Removing graffiti and stains from compound walls and sidewalks is very common outdoor cleaning job. One can find commercial pressure washers specially designed for the task of removing graffiti. These machines can blast away nearly all types of graffiti and stains.

One can further improve the graffiti removing capability of these machines by using a green graffiti remover chemical in conjunction with the system. These chemicals do not cause any harm to the environment or the operator, and are produced from plants and vegetables. The green chemicals contain lifters and emulsifiers to encapsulate and emulsify paint molecules, bringing them to the surface to be blasted away.

To better match a machine to your specific applications, it is best to contact a product specialist at one of the industry’s top suppliers.

Selecting Pressure Washers For Outdoor Cleaning is a post from: Pressure Washer Solutions

Gas pressure washers afford users immense power and mobility as a result of a robust gasoline engine capable of being operated far from an electrical supply. But, gas pressure washers are also incredibly noisy and produce exhaust. This noise and air pollution makes pressure washing machines powered by gas not well suited for the indoor environment.

A much quieter and safer alternative is pressure washing equipment powered by electricity. These machines can generate the same cold water, hot water, or steam heating options and high pressure levels and flow rates as gas powered units without the added noise. In fact, electric pressure washers can even be used in schools, hospitals, nursing homes, and more for a wide variety of pressure washing tasks. In many cases, in facilities where the level of noise must be considered, these tasks would remain incomplete if gas powered systems were the only option.

Electric powered, industrial pressure washers offer an additional benefit – they produce no harmful exhaust. They can be used inside virtually any commercial or industrial facility without harming the indoor air quality or endangering the health of users, employees, or customers.

Even though these electric machines are less noisy and produce no exhaust, they still pack quite a punch when it comes to getting the pressure washing job done. Like all pressure washing equipment, temperature options available with these units include cold water, hot water, and steam. Cold water pressure washers are ideal for lighter applications, but prove to be inefficient for heavier degreasing applications.

For more challenging tasks, heated pressure washers are required. Hot water models are capable of reaching up to 210°F to dissolve substances and render them simple to blast away with the highly pressurized water. Steam pressure washers offer even greater power, capable of reaching temperatures up to 330°F. These machines sanitize and disinfect while cleaning to greatly speed up the process. This results in the cleanest environment for virtually any commercial or industrial application.

Indoor operators of pressure washers aren’t limited when it comes to features either. Wet sandblaster pressure washers can be bought in electric configurations for the removal of rust, corrosion, and other heavy deposits on metal surfaces indoors. Machines can also be bought with an additional acid-feed or phosphatizing feature to pre-treat metal surfaces before the user applies paint primer or powder coating.

When comparing models, make sure to shop at a supplier offering a wide variety of choices to ensure you find the right machine to suit your needs, no matter what the application.

Why Choose Electric Pressure Washers? is a post from: Pressure Washer Solutions

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

Modern Innovations In Pressure Washers is a post from: Pressure Washer Solutions

The first thing is to clarify what is meant by the terms hot and cold water cleaning. Knowing the difference will help you know and choose which one you will need.

To provide hot water pressure washing you need a specific type of pressure washer with a burner that will heat the water that is supplied. These burners usually run on kerosene or diesel fuel, but can also be powered by natural gas or electricity. They are capable of heating water in excess of 200 degrees so caution must be used when using this type of equipment. These machines are usually quite large and can weigh over 1000 lbs.

Most cold water machines are much smaller and portable since they do not have a burner and the temperature of the water supplied remains constant. This makes these types of pressure washers much safer for do-it-yourself enthusiast.

The main difference between these machines depends on the substrate you want cleaned. Please know that you can not clean just anything with pressure washers, especially when it comes to hot water systems. Here are some various things each of these cleaning techniques may be used for.

1. Hot water pressure washers are brilliant for cleaning impervious surfaces such as concrete and are the simplest way to remove gum and oil stains without causing hurt. Hot water washers are brilliant for commercial cleaning applications as well. They allow for a more thorough cleaning of driveways, sidewalks and walkways which help present customers with a clean image from the time they arrive.

2. Cold water pressure washers are brilliant for residential cleaning applications. In combination with the proper soaps they are fantastic for cleaning all types of siding such as vinyl, drivit, stucco, and aluminum. As long as there is no gum or major oil staining, cold water is also fantastic for cleaning porches, walkways, patios, pool decks and much more.

Hot water offers no better cleaning than cold water systems for parts of your home such as siding. This means there is no benefit for a homeowner to use this type of cleaning method. The only benefit is for the contractor, as in some cases it can speed up the cleaning process and save them time. This is a savings that is usually not passed along to the home owner either.

Most commercial concrete cleaning applications require the removal of gum and oil. There is no better way to remove these without causing hurt than a hot water pressure washer.

The type of pressure washing method you will really need depends on whether or not you are a home owner or a business owner along with what it is that you need cleaned specifically. So now that you know the difference, you will not have to worry about paying for a service you do not need.

Cold Water vs Hot Water Pressure Washing Methods is a post from: Pressure Washer Solutions

Pressure Cleaning with Green Chemicals

When you use cold water pressure washers to clean off greasy or oily deposits, you essentially transform the greasy deposits into hard and waxy clumps that can be extremely hard to clean off. If you expect your power washer to instantly soften, dissolve, and wash away grease particles, you need to use pressure cleaning machines that eject hot water or steam. But, that does not mean cold water based pressure cleaning machines are completely unsuitable for degreasing tasks. Cold water versions also work well when used with quality degreasing solutions.

If you do use degreasers, it would be a excellent thought to choose green cleaners rather than commercially available chemical degreasers. These natural degreasers offer brilliant degreasing results without exposing users to harmful toxic components. Green degreasers available from reputable distributors are non-toxic, safe, and eco-friendly since they are completely sourced from plants. Their powerful formula also features innovative cleaning technologies. The nano-sized micelles in these green degreasers penetrate grease deposits and instantly break them up into millions of tiny particles that repel each other, rendering them unable to reattach to the clean surfaces.

When used alone or in combination with commercial pressure washer, these green degreasers nearly instantly dissolve oil, grease, fats, and hydrocarbon deposits on various surfaces such as industrial floors, tools, concrete, heavy machinery, automobile engines, vehicle surfaces, parking lots, and garage floors. Green degreasers can also be used either in the diluted or concentrated form. For light degreasing tasks, you can use degreasers after diluting them. For tough degreasing applications, it is best to use these natural cleaners with industrial pressure washers.

Higher Temperatures, Better Degreasing

For the best degreasing results, experts recommend hot water or steam based pressure washers instead of cold water pressure washers. High temperatures can completely transform your degreasing task. Heated versions of pressure cleaning machines generate hot water at temperatures of 210ºF or super-hot steam at temperatures of 330ºF. In addition to high temperature levels, these pressure cleaning machines also feature pressure levels up to 3000 psi and flow rates up to 5 GPM to blast grease deposits away.

Since these industrial pressure washer need to generate extremely hot water or steam for effective degreasing, the heating elements and boiler must be of high quality. Always ensure you buy your power washer from leading suppliers who offer top-grade components.

Degreasing Applications What Type Of Pressure Washer Works Best? is a post from: Pressure Washer Solutions

Pressure steam cleaners are machines that clean surfaces using steam or hot water. The steam and the pressure behind the machine provide a very efficient way of removing dust mites, allergens, mold, fungus, and bacteria. This is the preferred way of cleaning in such places as hospitals, restaurants, pharmacies, and hotels. In the traditional sense, steam cleaner pressure washers are composed of a boiler, a collecting tank, a hose and brushes. Hot water is sprayed under pressure on the surface being cleaned.

The amount of pressure that you need or the flow rates are what will likely direct you to the machine that you will eventually buy. The flow rate is the amount of water that you will be able to use to remove the debris. The pressure expresses how hard the water will approach the surface of what is being cleaned. When you are cleaning flat surfaces it is more vital to have a high rate of flow as that will make it much simpler to loosen, remove, and wash away the debris. When you are cleaning surfaces that are not flat or that might be vertical, pressure would be more likely what you would be interested in.

These units have advanced quite nicely and are more affordable than you may reckon. There are various styles and accessories that are available for power steam cleaners. Steam cleaner pressure washers are available in gas powered or electric powered capabilities. Obviously the gas powered versions are more portable and less constricting which is convenient for outdoor work. They are also more likely to offer a longer life expectancy with less repairs needed.

The electric powered steam pressure washers are not vulnerable to wet conditions and while they can be used outdoors they also can be used indoors as well. The gas powered steam cleaner pressure washers can not be used indoors as they omit carbon monoxide. Another benefit of the electric version is that it makes much less noise.

Commercial pressure washers and industrial steam cleaner pressure washer’s offer much more industrial equipment than pressure washers designed for use in the home. Many commercial users use poor judgment when buying home pressure washer machines because they are much cheaper. The problem is that they will never last as they are unable to endure the industrial workloads.

Steam cleaner pressure washers depend upon heating coils that reach temperatures past 300° F, and are much better than either cold or hot water pressure washers in regards to removing grease, dirt, concrete stains, food, chewing gum, unsightly graffiti, and numerous other types of debris. Stainless steel or heavy carbon heating coils are most reliable and also help with making the right environment and ultra high temperatures that are needed.

Another perk of steam cleaner pressure washers is that they do not rely on chemicals like cold water pressure washers do. The high steam pressure that is omitted is brilliant to clean better than hot water and cold water pressure washers. The method of powering a pressure washer is every bit as vital as the heating method.

What You Want To Know About Steam Clean Pressure Washers is a post from: Pressure Washer Solutions

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.

Select The Right Pressure Washer For Your is a post from: Pressure Washer Solutions

If you are a business owner, you will obviously be aware of how a well-maintained commercial space can attract customers better than anything else. Pressure washers allow you to clean the exteriors and interiors of your building with hot water, cold water or steam. This process does not only eliminate dust, oil, grime and flaky paint, but also keeps the place fresh. Best of all, commercial facilities that are clean – both inside and outside – are less likely to harbor pests and rodents.

Pressure washers can help clean up a wide variety of commercial areas. For instance, restaurant owners can use pressure washing machines to blast away dirt, grease, ash, oil, chewing gum and other deposits from their floor, walls, and exteriors. You can also use pressure washers to clean all types of greasy, dirty and food-laden equipment, tile floors, concrete, exhaust hoods and other hard surfaces.

Depending on your specific cleaning applications, you need to choose the right type of commercial washers. Cold water pressure washers are the most well loved option, as they feature high pressure levels and flow rates at a lower cost. While these cold water units are quite excellent for light household applications, they are not quite the right option for commercial purposes since they lack the cleaning power needed to remove stubborn stains and tough deposits from various surfaces. This cleaning power is afforded by heat.

This is why hot water or steam pressure washing machines are generally preferred for commercial settings. Hot water models can eliminate tough dirt and grease from metal, tile, concrete, grout and various other surfaces without adding any cleaning chemicals. But, because cleaning power increases as temperature increases, hot water pressure washers are more effective at removing the most stubborn residues quickly. These machines work by dissolving and softening deposits and blasting them away.

Another advanced version of pressure washers have triple function capabilities – which mean that they are able to individually function as hot water, steam or cold water pressure washers. The advantage of choosing this unit is that you get to delight in the benefits of all the three versions in a single machine.

After temperature, the next thing that you need to consider in pressure washers is the pressure level generated by them. Commercial applications often demand high pressure levels to blast off built-up dirt, grime and dust, like the deposits found on the sides of buildings. So, when selecting pressure washers for commercial purposes, it would be a excellent thought to choose units that are capable of attaining moderate to high pressure levels.

If you have the right tools, commercial cleaning need not be a time-consuming, tiring or frustrating process. Check out quality pressure washers from reputed suppliers to experience how simple and hassle-free commercial cleaning can really be!

Pressure Washers – Comprehensive Cleaning Solutions for Business Owners is a post from: Pressure Washer Solutions

There are many ways to categorize these machines, but before you choose which machine is best for you, it is vital to know the features of these machines

Basic Facts about High Pressure Washers

An industrial pressure washer can provide a very high pressure output. Depending upon the model, the output pressure can vary from 500 psi to 8000 psi. The output temperature can vary as well, reaching up to 330°F.

A third specification – flow rate, is also vital. Flow rate denotes the quantity of water passed through the outlet of the machine in a given amount of time. It is expressed as gallons per minute (GPM). Flow rates range from 0.5 GPM to 9 GPM. While higher flow rates translate to greater cleaning, lower flow rates are required in areas with limited drainage facilities or water availability.

Segmentation by Application

The use of the machine is the simplest way of classification. One can find industrial, commercial, and auto detailing pressure washing machines on the market. An industrial pressure washer is used for heavy duty industrial cleaning application. Auto detailing machines are used for cleaning automobiles and boast a maximum pressure level of 1500 psi to ensure no automotive surfaces are hurt in cleaning. And, commercial pressure washer are used for cleaning commercial buildings.

Segmentation by Temperature

A pressure washing machine can provide three types of output:

Cold water
Hot water
Steam

A cold water pressure washer provides an output temperature of water at room temperature. The output of a hot water pressure washer has a temperature of 220°F. A steam pressure washer has an output temperature of 330°F.

Each type of machine has its own advantages and disadvantages. For example, a steam pressure washer is the most powerful; but, they are not suitable to use on delicate, heat-sensitive surfaces. And, though cold water systems are the least powerful among the three options, the addition of green chemicals can enhance their cleaning power.

Tri-mode systems are a growing trend, in which a pressure cleaning machine can independently operate as a cold water, hot water, or steam system. Operators can then vary the temperature for the application at hand.

Segmentation by Power Method

Based on the power source, these machines are categorized as electric, propane, gasoline, or diesel pressure washing equipment. Selecting the right machine for you depends fully on the nature of the cleaning applications you face.

Pressure washing machines with a gasoline, propane, or diesel powered engine are powerful systems that can operate outdoors without an electrical supply nearby. This greatly enhances their mobility. But, these systems emit combustion byproducts into the environment. Many people do not recommend these machines for interior cleaning applications because of the exhaust.

Electrical machines are preferred for indoor cleaning jobs as they generate no exhaust and are quieter. But, electric pressure cleaners are limited in mobility by their dependence on electricity.

Choosing the right model to suit your needs depends wholly on the applications for which you will use the machine. To make sure you buy the right type of pressure washer, consult a product specialist at a trusted supplier and discuss your requirements.

Which Pressure Washer Do You Need? is a post from: Pressure Washer Solutions